phc_dti

NACCADRC ADSP PHC dataset. The data is sourced from the file(s) NACC_ADSP_PHC_DTI_2024.csv.

Usage

data(phc_dti)

Format

A data frame with 921 rows and 13747 variables:

NACCID

Participant ID

PHC_jhu_superior_parietal_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

NACCVNUM

Visit Number

PHC_jhu_superior_parietal_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_md_median

The median of Mean Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_ad_median

The median of Axial Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_rd_median

The median of Radial Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_volume

The Volume (mm^3) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_fa_median

The median of Fractional Anisotropy for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_fa_mean

The mean of Fractional Anisotropy for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_md_median

The median of Mean Diffusivity for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_md_std

The standard deviation of Mean Diffusivity for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_ad_median

The median of Axial Diffusivity for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_rd_median

The median of Radial Diffusivity for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_volume

The Volume (mm^3) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_md_median

The median of Mean Diffusivity for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_ad_median

The median of Axial Diffusivity for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_rd_median

The median of Radial Diffusivity for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_volume

The Volume (mm^3) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_md_median

The median of Mean Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_ad_median

The median of Axial Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_rd_median

The median of Radial Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_volume

The Volume (mm^3) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_md_median

The median of Mean Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_ad_median

The median of Axial Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_rd_median

The median of Radial Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_volume

The Volume (mm^3) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_md_median

The median of Mean Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_ad_median

The median of Axial Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_rd_median

The median of Radial Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_volume

The Volume (mm^3) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_md_median

The median of Mean Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_ad_median

The median of Axial Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_rd_median

The median of Radial Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_volume

The Volume (mm^3) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_md_median

The median of Mean Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_ad_median

The median of Axial Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_rd_median

The median of Radial Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_volume

The Volume (mm^3) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_md_median

The median of Mean Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_ad_median

The median of Axial Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_rd_median

The median of Radial Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_volume

The Volume (mm^3) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cuneus_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cuneus_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cuneus_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cuneus_wm_left_md_median

The median of Mean Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cuneus_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cuneus_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cuneus_wm_left_ad_median

The median of Axial Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cuneus_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cuneus_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cuneus_wm_left_rd_median

The median of Radial Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cuneus_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cuneus_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cuneus_wm_left_volume

The Volume (mm^3) for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lingual_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lingual_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lingual_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lingual_wm_left_md_median

The median of Mean Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lingual_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lingual_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lingual_wm_left_ad_median

The median of Axial Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lingual_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lingual_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lingual_wm_left_rd_median

The median of Radial Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lingual_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lingual_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lingual_wm_left_volume

The Volume (mm^3) for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_fa_median

The median of Fractional Anisotropy for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_fa_mean

The mean of Fractional Anisotropy for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_md_median

The median of Mean Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_md_mean

The mean of Mean Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_md_std

The standard deviation of Mean Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_ad_median

The median of Axial Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_ad_mean

The mean of Axial Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_rd_median

The median of Radial Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_rd_mean

The mean of Radial Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_volume

The Volume (mm^3) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_md_median

The median of Mean Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_ad_median

The median of Axial Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_rd_median

The median of Radial Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_volume

The Volume (mm^3) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_left_md_median

The median of Mean Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_left_ad_median

The median of Axial Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_left_rd_median

The median of Radial Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_left_volume

The Volume (mm^3) for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_md_median

The median of Mean Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_ad_median

The median of Axial Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_rd_median

The median of Radial Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_volume

The Volume (mm^3) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_entorhinal_area_left_volume

The Volume (mm^3) for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_md_median

The median of Mean Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_ad_median

The median of Axial Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_rd_median

The median of Radial Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_volume

The Volume (mm^3) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_volume

The Volume (mm^3) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_md_median

The median of Mean Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_ad_median

The median of Axial Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_rd_median

The median of Radial Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_volume

The Volume (mm^3) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lateral_fronto_orbital_wm_left_volume

The Volume (mm^3) for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_fronto_orbital_wm_left_volume

The Volume (mm^3) for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_md_median

The median of Mean Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_ad_median

The median of Axial Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_rd_median

The median of Radial Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_volume

The Volume (mm^3) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_rectus_wm_left_volume

The Volume (mm^3) for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_fa_mean

The mean of Fractional Anisotropy for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_fa_std

The standard deviation of Fractional Anisotropy for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_md_std

The standard deviation of Mean Diffusivity for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_ad_std

The standard deviation of Axial Diffusivity for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_rd_std

The standard deviation of Radial Diffusivity for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_volume

The Volume (mm^3) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_fa_mean

The mean of Fractional Anisotropy for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_md_mean

The mean of Mean Diffusivity for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_md_std

The standard deviation of Mean Diffusivity for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_ad_mean

The mean of Axial Diffusivity for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_ad_std

The standard deviation of Axial Diffusivity for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_rd_mean

The mean of Radial Diffusivity for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_rd_std

The standard deviation of Radial Diffusivity for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_volume

The Volume (mm^3) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_fa_median

The median of Fractional Anisotropy for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_fa_mean

The mean of Fractional Anisotropy for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_md_median

The median of Mean Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_md_mean

The mean of Mean Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_md_std

The standard deviation of Mean Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_ad_median

The median of Axial Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_ad_mean

The mean of Axial Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_rd_median

The median of Radial Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_rd_mean

The mean of Radial Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_volume

The Volume (mm^3) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_fa_median

The median of Fractional Anisotropy for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_fa_mean

The mean of Fractional Anisotropy for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_md_median

The median of Mean Diffusivity for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_md_std

The standard deviation of Mean Diffusivity for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_ad_median

The median of Axial Diffusivity for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_rd_median

The median of Radial Diffusivity for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_volume

The Volume (mm^3) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_left_volume

The Volume (mm^3) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_fa_median

The median of Fractional Anisotropy for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_fa_mean

The mean of Fractional Anisotropy for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_md_median

The median of Mean Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_md_mean

The mean of Mean Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_md_std

The standard deviation of Mean Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_ad_median

The median of Axial Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_ad_mean

The mean of Axial Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_rd_median

The median of Radial Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_rd_mean

The mean of Radial Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_volume

The Volume (mm^3) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_fa_median

The median of Fractional Anisotropy for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_md_median

The median of Mean Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_md_mean

The mean of Mean Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_ad_median

The median of Axial Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_ad_mean

The mean of Axial Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_rd_median

The median of Radial Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_rd_mean

The mean of Radial Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_volume

The Volume (mm^3) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_fa_median

The median of Fractional Anisotropy for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_fa_mean

The mean of Fractional Anisotropy for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_md_median

The median of Mean Diffusivity for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_md_std

The standard deviation of Mean Diffusivity for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_ad_median

The median of Axial Diffusivity for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_rd_median

The median of Radial Diffusivity for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_volume

The Volume (mm^3) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_fa_median

The median of Fractional Anisotropy for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_fa_mean

The mean of Fractional Anisotropy for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_md_median

The median of Mean Diffusivity for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_md_std

The standard deviation of Mean Diffusivity for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_ad_median

The median of Axial Diffusivity for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_rd_median

The median of Radial Diffusivity for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_volume

The Volume (mm^3) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_fa_median

The median of Fractional Anisotropy for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_fa_mean

The mean of Fractional Anisotropy for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_md_median

The median of Mean Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_md_mean

The mean of Mean Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_md_std

The standard deviation of Mean Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_ad_median

The median of Axial Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_ad_mean

The mean of Axial Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_rd_median

The median of Radial Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_rd_mean

The mean of Radial Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_volume

The Volume (mm^3) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_fa_median

The median of Fractional Anisotropy for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_fa_mean

The mean of Fractional Anisotropy for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_md_median

The median of Mean Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_md_mean

The mean of Mean Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_md_std

The standard deviation of Mean Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_ad_median

The median of Axial Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_ad_mean

The mean of Axial Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_rd_median

The median of Radial Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_rd_mean

The mean of Radial Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_volume

The Volume (mm^3) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_fa_mean

The mean of Fractional Anisotropy for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_md_mean

The mean of Mean Diffusivity for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_md_std

The standard deviation of Mean Diffusivity for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_ad_mean

The mean of Axial Diffusivity for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_rd_mean

The mean of Radial Diffusivity for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_volume

The Volume (mm^3) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_fa_median

The median of Fractional Anisotropy for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_md_median

The median of Mean Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_md_mean

The mean of Mean Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_ad_median

The median of Axial Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_ad_mean

The mean of Axial Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_rd_median

The median of Radial Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_rd_mean

The mean of Radial Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_volume

The Volume (mm^3) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_left_fa_median

The median of Fractional Anisotropy for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_left_fa_mean

The mean of Fractional Anisotropy for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_left_md_median

The median of Mean Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_left_md_mean

The mean of Mean Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_left_md_std

The standard deviation of Mean Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_left_ad_median

The median of Axial Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_left_ad_mean

The mean of Axial Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_left_rd_median

The median of Radial Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_left_rd_mean

The mean of Radial Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_left_volume

The Volume (mm^3) for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_fa_median

The median of Fractional Anisotropy for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_fa_mean

The mean of Fractional Anisotropy for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_md_median

The median of Mean Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_md_mean

The mean of Mean Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_md_std

The standard deviation of Mean Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_ad_median

The median of Axial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_ad_mean

The mean of Axial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_rd_median

The median of Radial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_rd_mean

The mean of Radial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_volume

The Volume (mm^3) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_fa_median

The median of Fractional Anisotropy for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_fa_mean

The mean of Fractional Anisotropy for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_md_median

The median of Mean Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_md_mean

The mean of Mean Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_md_std

The standard deviation of Mean Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_ad_median

The median of Axial Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_ad_mean

The mean of Axial Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_rd_median

The median of Radial Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_rd_mean

The mean of Radial Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_volume

The Volume (mm^3) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_fa_median

The median of Fractional Anisotropy for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_fa_mean

The mean of Fractional Anisotropy for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_fa_std

The standard deviation of Fractional Anisotropy for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_md_median

The median of Mean Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_md_mean

The mean of Mean Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_md_std

The standard deviation of Mean Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_ad_median

The median of Axial Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_ad_mean

The mean of Axial Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_ad_std

The standard deviation of Axial Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_rd_median

The median of Radial Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_rd_mean

The mean of Radial Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_rd_std

The standard deviation of Radial Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_volume

The Volume (mm^3) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_fa_median

The median of Fractional Anisotropy for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_md_median

The median of Mean Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_md_mean

The mean of Mean Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_ad_median

The median of Axial Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_ad_mean

The mean of Axial Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_rd_median

The median of Radial Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_rd_mean

The mean of Radial Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_volume

The Volume (mm^3) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_left_fa_median

The median of Fractional Anisotropy for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_left_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_left_md_median

The median of Mean Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_left_md_mean

The mean of Mean Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_left_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_left_ad_median

The median of Axial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_left_ad_mean

The mean of Axial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_left_rd_median

The median of Radial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_left_rd_mean

The mean of Radial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_left_volume

The Volume (mm^3) for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_fa_median

The median of Fractional Anisotropy for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_md_median

The median of Mean Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_md_mean

The mean of Mean Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_ad_median

The median of Axial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_rd_median

The median of Radial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_volume

The Volume (mm^3) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_fa_median

The median of Fractional Anisotropy for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_fa_mean

The mean of Fractional Anisotropy for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_md_median

The median of Mean Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_md_mean

The mean of Mean Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_md_std

The standard deviation of Mean Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_ad_median

The median of Axial Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_ad_mean

The mean of Axial Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_rd_median

The median of Radial Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_rd_mean

The mean of Radial Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_volume

The Volume (mm^3) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_fa_median

The median of Fractional Anisotropy for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_fa_mean

The mean of Fractional Anisotropy for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_md_median

The median of Mean Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_md_mean

The mean of Mean Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_md_std

The standard deviation of Mean Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_ad_median

The median of Axial Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_ad_mean

The mean of Axial Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_rd_median

The median of Radial Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_rd_mean

The mean of Radial Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_volume

The Volume (mm^3) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_left_fa_median

The median of Fractional Anisotropy for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_left_fa_mean

The mean of Fractional Anisotropy for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_left_md_median

The median of Mean Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_left_md_mean

The mean of Mean Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_left_md_std

The standard deviation of Mean Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_left_ad_median

The median of Axial Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_left_ad_mean

The mean of Axial Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_left_rd_median

The median of Radial Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_left_rd_mean

The mean of Radial Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_left_volume

The Volume (mm^3) for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_fa_median

The median of Fractional Anisotropy for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_fa_mean

The mean of Fractional Anisotropy for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_md_median

The median of Mean Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_md_mean

The mean of Mean Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_md_std

The standard deviation of Mean Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_ad_median

The median of Axial Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_ad_mean

The mean of Axial Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_rd_median

The median of Radial Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_rd_mean

The mean of Radial Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_volume

The Volume (mm^3) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_fa_median

The median of Fractional Anisotropy for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_md_median

The median of Mean Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_md_mean

The mean of Mean Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_ad_median

The median of Axial Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_ad_mean

The mean of Axial Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_rd_median

The median of Radial Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_rd_mean

The mean of Radial Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_volume

The Volume (mm^3) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_fa_median

The median of Fractional Anisotropy for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_fa_mean

The mean of Fractional Anisotropy for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_md_median

The median of Mean Diffusivity for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_md_std

The standard deviation of Mean Diffusivity for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_ad_median

The median of Axial Diffusivity for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_rd_median

The median of Radial Diffusivity for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_volume

The Volume (mm^3) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_fa_median

The median of Fractional Anisotropy for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_fa_mean

The mean of Fractional Anisotropy for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_md_median

The median of Mean Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_md_mean

The mean of Mean Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_md_std

The standard deviation of Mean Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_ad_median

The median of Axial Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_ad_mean

The mean of Axial Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_rd_median

The median of Radial Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_rd_mean

The mean of Radial Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_volume

The Volume (mm^3) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_left_fa_median

The median of Fractional Anisotropy for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_left_fa_mean

The mean of Fractional Anisotropy for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_left_md_median

The median of Mean Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_left_md_mean

The mean of Mean Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_left_md_std

The standard deviation of Mean Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_left_ad_median

The median of Axial Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_left_ad_mean

The mean of Axial Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_left_rd_median

The median of Radial Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_left_rd_mean

The mean of Radial Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_left_volume

The Volume (mm^3) for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_fa_median

The median of Fractional Anisotropy for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_fa_mean

The mean of Fractional Anisotropy for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_md_median

The median of Mean Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_md_mean

The mean of Mean Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_md_std

The standard deviation of Mean Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_ad_median

The median of Axial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_ad_mean

The mean of Axial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_rd_median

The median of Radial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_rd_mean

The mean of Radial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_volume

The Volume (mm^3) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_fa_median

The median of Fractional Anisotropy for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_fa_mean

The mean of Fractional Anisotropy for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_md_median

The median of Mean Diffusivity for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_md_std

The standard deviation of Mean Diffusivity for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_ad_median

The median of Axial Diffusivity for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_rd_median

The median of Radial Diffusivity for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_volume

The Volume (mm^3) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_left_fa_median

The median of Fractional Anisotropy for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_left_fa_mean

The mean of Fractional Anisotropy for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_left_md_median

The median of Mean Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_left_md_mean

The mean of Mean Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_left_md_std

The standard deviation of Mean Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_left_ad_median

The median of Axial Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_left_ad_mean

The mean of Axial Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_left_rd_median

The median of Radial Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_left_rd_mean

The mean of Radial Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_left_volume

The Volume (mm^3) for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_fa_median

The median of Fractional Anisotropy for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_fa_mean

The mean of Fractional Anisotropy for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_md_median

The median of Mean Diffusivity for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_md_std

The standard deviation of Mean Diffusivity for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_ad_median

The median of Axial Diffusivity for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_rd_median

The median of Radial Diffusivity for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_volume

The Volume (mm^3) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_fa_median

The median of Fractional Anisotropy for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_fa_mean

The mean of Fractional Anisotropy for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_md_median

The median of Mean Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_md_mean

The mean of Mean Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_md_std

The standard deviation of Mean Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_ad_median

The median of Axial Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_ad_mean

The mean of Axial Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_rd_median

The median of Radial Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_rd_mean

The mean of Radial Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_volume

The Volume (mm^3) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_fa_median

The median of Fractional Anisotropy for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_fa_mean

The mean of Fractional Anisotropy for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_md_median

The median of Mean Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_md_mean

The mean of Mean Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_md_std

The standard deviation of Mean Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_ad_median

The median of Axial Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_ad_mean

The mean of Axial Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_rd_median

The median of Radial Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_rd_mean

The mean of Radial Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_volume

The Volume (mm^3) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_fa_median

The median of Fractional Anisotropy for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_fa_mean

The mean of Fractional Anisotropy for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_md_median

The median of Mean Diffusivity for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_md_std

The standard deviation of Mean Diffusivity for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_ad_median

The median of Axial Diffusivity for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_rd_median

The median of Radial Diffusivity for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_volume

The Volume (mm^3) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_fa_median

The median of Fractional Anisotropy for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_fa_mean

The mean of Fractional Anisotropy for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_md_median

The median of Mean Diffusivity for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_md_std

The standard deviation of Mean Diffusivity for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_ad_median

The median of Axial Diffusivity for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_rd_median

The median of Radial Diffusivity for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_volume

The Volume (mm^3) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_md_median

The median of Mean Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_ad_median

The median of Axial Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_rd_median

The median of Radial Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_volume

The Volume (mm^3) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_md_median

The median of Mean Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_ad_median

The median of Axial Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_rd_median

The median of Radial Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_volume

The Volume (mm^3) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_md_median

The median of Mean Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_ad_median

The median of Axial Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_rd_median

The median of Radial Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_volume

The Volume (mm^3) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_md_median

The median of Mean Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_ad_median

The median of Axial Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_rd_median

The median of Radial Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_volume

The Volume (mm^3) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_md_median

The median of Mean Diffusivity for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_ad_median

The median of Axial Diffusivity for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_rd_median

The median of Radial Diffusivity for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_volume

The Volume (mm^3) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_md_median

The median of Mean Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_ad_median

The median of Axial Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_rd_median

The median of Radial Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_volume

The Volume (mm^3) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_md_median

The median of Mean Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_ad_median

The median of Axial Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_rd_median

The median of Radial Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_volume

The Volume (mm^3) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fusiform_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fusiform_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fusiform_wm_right_md_median

The median of Mean Diffusivity for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fusiform_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fusiform_wm_right_ad_median

The median of Axial Diffusivity for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fusiform_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fusiform_wm_right_rd_median

The median of Radial Diffusivity for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fusiform_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fusiform_wm_right_volume

The Volume (mm^3) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_md_median

The median of Mean Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_ad_median

The median of Axial Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_rd_median

The median of Radial Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_volume

The Volume (mm^3) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_md_median

The median of Mean Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_ad_median

The median of Axial Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_rd_median

The median of Radial Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_volume

The Volume (mm^3) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_md_median

The median of Mean Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_ad_median

The median of Axial Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_rd_median

The median of Radial Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_volume

The Volume (mm^3) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_entorhinal_area_right_volume

The Volume (mm^3) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_md_median

The median of Mean Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_ad_median

The median of Axial Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_rd_median

The median of Radial Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_volume

The Volume (mm^3) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_volume

The Volume (mm^3) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_md_median

The median of Mean Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_ad_median

The median of Axial Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_rd_median

The median of Radial Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_volume

The Volume (mm^3) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lateral_fronto_orbital_wm_right_volume

The Volume (mm^3) for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_fronto_orbital_wm_right_volume

The Volume (mm^3) for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_md_median

The median of Mean Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_ad_median

The median of Axial Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_rd_median

The median of Radial Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_volume

The Volume (mm^3) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_rectus_wm_right_volume

The Volume (mm^3) for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_right_fa_mean

The mean of Fractional Anisotropy for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_right_md_std

The standard deviation of Mean Diffusivity for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_right_volume

The Volume (mm^3) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_fa_mean

The mean of Fractional Anisotropy for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_md_mean

The mean of Mean Diffusivity for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_md_std

The standard deviation of Mean Diffusivity for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_ad_mean

The mean of Axial Diffusivity for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_rd_mean

The mean of Radial Diffusivity for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_volume

The Volume (mm^3) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_fa_median

The median of Fractional Anisotropy for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_fa_mean

The mean of Fractional Anisotropy for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_md_median

The median of Mean Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_md_mean

The mean of Mean Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_md_std

The standard deviation of Mean Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_ad_median

The median of Axial Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_ad_mean

The mean of Axial Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_rd_median

The median of Radial Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_rd_mean

The mean of Radial Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_volume

The Volume (mm^3) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_right_volume

The Volume (mm^3) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_fa_median

The median of Fractional Anisotropy for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_fa_mean

The mean of Fractional Anisotropy for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_md_median

The median of Mean Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_md_mean

The mean of Mean Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_md_std

The standard deviation of Mean Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_ad_median

The median of Axial Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_ad_mean

The mean of Axial Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_rd_median

The median of Radial Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_rd_mean

The mean of Radial Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_volume

The Volume (mm^3) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_fa_median

The median of Fractional Anisotropy for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_md_median

The median of Mean Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_md_mean

The mean of Mean Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_ad_median

The median of Axial Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_ad_mean

The mean of Axial Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_rd_median

The median of Radial Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_rd_mean

The mean of Radial Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_volume

The Volume (mm^3) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_right_fa_median

The median of Fractional Anisotropy for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_right_fa_mean

The mean of Fractional Anisotropy for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_right_md_median

The median of Mean Diffusivity for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_right_md_std

The standard deviation of Mean Diffusivity for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_right_ad_median

The median of Axial Diffusivity for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_right_rd_median

The median of Radial Diffusivity for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_right_volume

The Volume (mm^3) for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_fa_median

The median of Fractional Anisotropy for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_fa_mean

The mean of Fractional Anisotropy for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_md_median

The median of Mean Diffusivity for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_md_std

The standard deviation of Mean Diffusivity for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_ad_median

The median of Axial Diffusivity for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_rd_median

The median of Radial Diffusivity for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_volume

The Volume (mm^3) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_fa_median

The median of Fractional Anisotropy for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_fa_mean

The mean of Fractional Anisotropy for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_md_median

The median of Mean Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_md_mean

The mean of Mean Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_md_std

The standard deviation of Mean Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_ad_median

The median of Axial Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_ad_mean

The mean of Axial Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_rd_median

The median of Radial Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_rd_mean

The mean of Radial Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_volume

The Volume (mm^3) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_fa_median

The median of Fractional Anisotropy for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_fa_mean

The mean of Fractional Anisotropy for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_md_median

The median of Mean Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_md_mean

The mean of Mean Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_md_std

The standard deviation of Mean Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_ad_median

The median of Axial Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_ad_mean

The mean of Axial Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_rd_median

The median of Radial Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_rd_mean

The mean of Radial Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_volume

The Volume (mm^3) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_fa_mean

The mean of Fractional Anisotropy for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_md_mean

The mean of Mean Diffusivity for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_md_std

The standard deviation of Mean Diffusivity for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_ad_mean

The mean of Axial Diffusivity for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_rd_mean

The mean of Radial Diffusivity for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_volume

The Volume (mm^3) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_fa_median

The median of Fractional Anisotropy for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_md_median

The median of Mean Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_md_mean

The mean of Mean Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_ad_median

The median of Axial Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_ad_mean

The mean of Axial Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_rd_median

The median of Radial Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_rd_mean

The mean of Radial Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_volume

The Volume (mm^3) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_right_fa_median

The median of Fractional Anisotropy for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_right_fa_mean

The mean of Fractional Anisotropy for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_right_md_median

The median of Mean Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_right_md_mean

The mean of Mean Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_right_md_std

The standard deviation of Mean Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_right_ad_median

The median of Axial Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_right_ad_mean

The mean of Axial Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_right_rd_median

The median of Radial Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_right_rd_mean

The mean of Radial Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_right_volume

The Volume (mm^3) for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_fa_median

The median of Fractional Anisotropy for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_fa_mean

The mean of Fractional Anisotropy for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_md_median

The median of Mean Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_md_mean

The mean of Mean Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_md_std

The standard deviation of Mean Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_ad_median

The median of Axial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_ad_mean

The mean of Axial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_rd_median

The median of Radial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_rd_mean

The mean of Radial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_volume

The Volume (mm^3) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_fa_median

The median of Fractional Anisotropy for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_fa_mean

The mean of Fractional Anisotropy for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_md_median

The median of Mean Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_md_mean

The mean of Mean Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_md_std

The standard deviation of Mean Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_ad_median

The median of Axial Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_ad_mean

The mean of Axial Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_rd_median

The median of Radial Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_rd_mean

The mean of Radial Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_volume

The Volume (mm^3) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_fa_median

The median of Fractional Anisotropy for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_fa_mean

The mean of Fractional Anisotropy for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_md_median

The median of Mean Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_md_mean

The mean of Mean Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_md_std

The standard deviation of Mean Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_ad_median

The median of Axial Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_ad_mean

The mean of Axial Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_rd_median

The median of Radial Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_rd_mean

The mean of Radial Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_volume

The Volume (mm^3) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_fa_median

The median of Fractional Anisotropy for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_md_median

The median of Mean Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_md_mean

The mean of Mean Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_ad_median

The median of Axial Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_ad_mean

The mean of Axial Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_rd_median

The median of Radial Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_rd_mean

The mean of Radial Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_volume

The Volume (mm^3) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_fa_median

The median of Fractional Anisotropy for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_md_median

The median of Mean Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_md_mean

The mean of Mean Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_ad_median

The median of Axial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_ad_mean

The mean of Axial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_rd_median

The median of Radial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_rd_mean

The mean of Radial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_volume

The Volume (mm^3) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_fa_median

The median of Fractional Anisotropy for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_md_median

The median of Mean Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_md_mean

The mean of Mean Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_ad_median

The median of Axial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_rd_median

The median of Radial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_volume

The Volume (mm^3) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_fa_median

The median of Fractional Anisotropy for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_fa_mean

The mean of Fractional Anisotropy for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_md_median

The median of Mean Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_md_mean

The mean of Mean Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_md_std

The standard deviation of Mean Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_ad_median

The median of Axial Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_ad_mean

The mean of Axial Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_rd_median

The median of Radial Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_rd_mean

The mean of Radial Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_volume

The Volume (mm^3) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_fa_median

The median of Fractional Anisotropy for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_fa_mean

The mean of Fractional Anisotropy for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_md_median

The median of Mean Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_md_mean

The mean of Mean Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_md_std

The standard deviation of Mean Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_ad_median

The median of Axial Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_ad_mean

The mean of Axial Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_rd_median

The median of Radial Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_rd_mean

The mean of Radial Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_volume

The Volume (mm^3) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_right_fa_median

The median of Fractional Anisotropy for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_right_fa_mean

The mean of Fractional Anisotropy for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_right_md_median

The median of Mean Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_right_md_mean

The mean of Mean Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_right_md_std

The standard deviation of Mean Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_right_ad_median

The median of Axial Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_right_ad_mean

The mean of Axial Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_right_rd_median

The median of Radial Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_right_rd_mean

The mean of Radial Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_right_volume

The Volume (mm^3) for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_fa_median

The median of Fractional Anisotropy for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_fa_mean

The mean of Fractional Anisotropy for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_md_median

The median of Mean Diffusivity for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_md_std

The standard deviation of Mean Diffusivity for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_ad_median

The median of Axial Diffusivity for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_rd_median

The median of Radial Diffusivity for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_volume

The Volume (mm^3) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_fa_median

The median of Fractional Anisotropy for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_md_median

The median of Mean Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_md_mean

The mean of Mean Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_ad_median

The median of Axial Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_ad_mean

The mean of Axial Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_rd_median

The median of Radial Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_rd_mean

The mean of Radial Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_volume

The Volume (mm^3) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornix_column_and_body_right_fa_median

The median of Fractional Anisotropy for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornix_column_and_body_right_fa_mean

The mean of Fractional Anisotropy for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornix_column_and_body_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornix_column_and_body_right_md_median

The median of Mean Diffusivity for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornix_column_and_body_right_md_mean

The mean of Mean Diffusivity for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornix_column_and_body_right_md_std

The standard deviation of Mean Diffusivity for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornix_column_and_body_right_ad_median

The median of Axial Diffusivity for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornix_column_and_body_right_ad_mean

The mean of Axial Diffusivity for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornix_column_and_body_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornix_column_and_body_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornix_column_and_body_right_volume

The Volume (mm^3) for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_fa_median

The median of Fractional Anisotropy for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_fa_mean

The mean of Fractional Anisotropy for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_md_median

The median of Mean Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_md_mean

The mean of Mean Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_md_std

The standard deviation of Mean Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_ad_median

The median of Axial Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_ad_mean

The mean of Axial Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_rd_median

The median of Radial Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_rd_mean

The mean of Radial Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_volume

The Volume (mm^3) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_fa_median

The median of Fractional Anisotropy for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_fa_mean

The mean of Fractional Anisotropy for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_md_median

The median of Mean Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_md_mean

The mean of Mean Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_md_std

The standard deviation of Mean Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_ad_median

The median of Axial Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_ad_mean

The mean of Axial Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_rd_median

The median of Radial Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_rd_mean

The mean of Radial Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_volume

The Volume (mm^3) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_fa_median

The median of Fractional Anisotropy for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_fa_mean

The mean of Fractional Anisotropy for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_md_median

The median of Mean Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_md_mean

The mean of Mean Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_md_std

The standard deviation of Mean Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_ad_median

The median of Axial Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_ad_mean

The mean of Axial Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_rd_median

The median of Radial Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_rd_mean

The mean of Radial Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_volume

The Volume (mm^3) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_fa_median

The median of Fractional Anisotropy for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_fa_mean

The mean of Fractional Anisotropy for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_md_median

The median of Mean Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_md_mean

The mean of Mean Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_md_std

The standard deviation of Mean Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_ad_median

The median of Axial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_ad_mean

The mean of Axial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_rd_median

The median of Radial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_volume

The Volume (mm^3) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_right_fa_median

The median of Fractional Anisotropy for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_right_fa_mean

The mean of Fractional Anisotropy for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_right_md_median

The median of Mean Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_right_md_mean

The mean of Mean Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_right_md_std

The standard deviation of Mean Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_right_ad_median

The median of Axial Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_right_ad_mean

The mean of Axial Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_right_rd_median

The median of Radial Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_right_rd_mean

The mean of Radial Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_right_volume

The Volume (mm^3) for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_fa_median

The median of Fractional Anisotropy for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_fa_mean

The mean of Fractional Anisotropy for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_md_median

The median of Mean Diffusivity for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_md_std

The standard deviation of Mean Diffusivity for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_ad_median

The median of Axial Diffusivity for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_rd_median

The median of Radial Diffusivity for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_volume

The Volume (mm^3) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_fa_median

The median of Fractional Anisotropy for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_fa_mean

The mean of Fractional Anisotropy for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_md_median

The median of Mean Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_md_mean

The mean of Mean Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_md_std

The standard deviation of Mean Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_ad_median

The median of Axial Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_ad_mean

The mean of Axial Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_rd_median

The median of Radial Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_rd_mean

The mean of Radial Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_volume

The Volume (mm^3) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_freewater_median

The median of Free Water Metric for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_freewater_median

The median of Free Water Metric for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_freewater_mean

The mean of Free Water Metric for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_left_freewater_std

The standard deviation of Free Water Metric for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_freewater_median

The median of Free Water Metric for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_freewater_median

The median of Free Water Metric for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_freewater_median

The median of Free Water Metric for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_freewater_median

The median of Free Water Metric for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_freewater_median

The median of Free Water Metric for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_freewater_median

The median of Free Water Metric for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_freewater_median

The median of Free Water Metric for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pre_cuneus_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cuneus_wm_left_freewater_median

The median of Free Water Metric for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cuneus_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lingual_wm_left_freewater_median

The median of Free Water Metric for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lingual_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_freewater_median

The median of Free Water Metric for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_freewater_mean

The mean of Free Water Metric for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_caudate_nucleus_right_freewater_std

The standard deviation of Free Water Metric for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_freewater_median

The median of Free Water Metric for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_left_freewater_median

The median of Free Water Metric for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_freewater_median

The median of Free Water Metric for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_entorhinal_area_left_freewater_median

The median of Free Water Metric for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_entorhinal_area_left_freewater_mean

The mean of Free Water Metric for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_freewater_median

The median of Free Water Metric for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_freewater_median

The median of Free Water Metric for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_freewater_median

The median of Free Water Metric for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lateral_fronto_orbital_wm_left_freewater_median

The median of Free Water Metric for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lateral_fronto_orbital_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_fronto_orbital_wm_left_freewater_median

The median of Free Water Metric for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_fronto_orbital_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_freewater_median

The median of Free Water Metric for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_rectus_wm_left_freewater_median

The median of Free Water Metric for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_rectus_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_freewater_median

The median of Free Water Metric for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_freewater_mean

The mean of Free Water Metric for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_freewater_std

The standard deviation of Free Water Metric for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_freewater_median

The median of Free Water Metric for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_freewater_mean

The mean of Free Water Metric for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_freewater_std

The standard deviation of Free Water Metric for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_freewater_median

The median of Free Water Metric for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_freewater_mean

The mean of Free Water Metric for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_left_freewater_std

The standard deviation of Free Water Metric for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_freewater_median

The median of Free Water Metric for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_freewater_mean

The mean of Free Water Metric for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_left_freewater_std

The standard deviation of Free Water Metric for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_left_freewater_median

The median of Free Water Metric for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_left_freewater_mean

The mean of Free Water Metric for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_left_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_freewater_median

The median of Free Water Metric for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_freewater_mean

The mean of Free Water Metric for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_left_freewater_std

The standard deviation of Free Water Metric for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_freewater_median

The median of Free Water Metric for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_freewater_mean

The mean of Free Water Metric for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_left_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_freewater_median

The median of Free Water Metric for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_freewater_mean

The mean of Free Water Metric for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_left_freewater_std

The standard deviation of Free Water Metric for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_freewater_median

The median of Free Water Metric for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_freewater_mean

The mean of Free Water Metric for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_left_freewater_std

The standard deviation of Free Water Metric for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_freewater_median

The median of Free Water Metric for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_freewater_mean

The mean of Free Water Metric for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_left_freewater_std

The standard deviation of Free Water Metric for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_freewater_median

The median of Free Water Metric for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_freewater_mean

The mean of Free Water Metric for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_left_freewater_std

The standard deviation of Free Water Metric for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_freewater_median

The median of Free Water Metric for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_freewater_mean

The mean of Free Water Metric for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_left_freewater_std

The standard deviation of Free Water Metric for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_freewater_median

The median of Free Water Metric for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_freewater_mean

The mean of Free Water Metric for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_left_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_left_freewater_median

The median of Free Water Metric for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_left_freewater_mean

The mean of Free Water Metric for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_freewater_median

The median of Free Water Metric for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_freewater_mean

The mean of Free Water Metric for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_left_freewater_std

The standard deviation of Free Water Metric for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_freewater_median

The median of Free Water Metric for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_freewater_mean

The mean of Free Water Metric for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_left_freewater_std

The standard deviation of Free Water Metric for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_freewater_median

The median of Free Water Metric for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_freewater_mean

The mean of Free Water Metric for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalisleft_freewater_std

The standard deviation of Free Water Metric for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_freewater_median

The median of Free Water Metric for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_freewater_mean

The mean of Free Water Metric for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_left_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_left_freewater_median

The median of Free Water Metric for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_left_freewater_mean

The mean of Free Water Metric for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_freewater_median

The median of Free Water Metric for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_freewater_mean

The mean of Free Water Metric for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_left_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_freewater_median

The median of Free Water Metric for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_freewater_mean

The mean of Free Water Metric for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_left_freewater_std

The standard deviation of Free Water Metric for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_freewater_median

The median of Free Water Metric for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_freewater_mean

The mean of Free Water Metric for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_left_freewater_std

The standard deviation of Free Water Metric for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_left_freewater_median

The median of Free Water Metric for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_left_freewater_mean

The mean of Free Water Metric for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_freewater_median

The median of Free Water Metric for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_freewater_mean

The mean of Free Water Metric for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_crossing_tract_left_freewater_std

The standard deviation of Free Water Metric for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_freewater_median

The median of Free Water Metric for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_freewater_mean

The mean of Free Water Metric for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_left_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_freewater_median

The median of Free Water Metric for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_freewater_mean

The mean of Free Water Metric for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_left_freewater_std

The standard deviation of Free Water Metric for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_freewater_median

The median of Free Water Metric for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_freewater_mean

The mean of Free Water Metric for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_left_freewater_std

The standard deviation of Free Water Metric for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_left_freewater_median

The median of Free Water Metric for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_left_freewater_mean

The mean of Free Water Metric for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_freewater_median

The median of Free Water Metric for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_freewater_mean

The mean of Free Water Metric for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_left_freewater_std

The standard deviation of Free Water Metric for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_freewater_median

The median of Free Water Metric for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_freewater_mean

The mean of Free Water Metric for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_putamen_right_freewater_std

The standard deviation of Free Water Metric for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_left_freewater_median

The median of Free Water Metric for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_left_freewater_mean

The mean of Free Water Metric for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_freewater_median

The median of Free Water Metric for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_freewater_mean

The mean of Free Water Metric for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_left_freewater_std

The standard deviation of Free Water Metric for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_freewater_median

The median of Free Water Metric for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_freewater_mean

The mean of Free Water Metric for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_globus_pallidus_right_freewater_std

The standard deviation of Free Water Metric for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_freewater_median

The median of Free Water Metric for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_freewater_mean

The mean of Free Water Metric for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_left_freewater_std

The standard deviation of Free Water Metric for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_freewater_median

The median of Free Water Metric for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_freewater_mean

The mean of Free Water Metric for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_thalamus_right_freewater_std

The standard deviation of Free Water Metric for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_freewater_median

The median of Free Water Metric for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_freewater_mean

The mean of Free Water Metric for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_left_freewater_std

The standard deviation of Free Water Metric for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_freewater_median

The median of Free Water Metric for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_parietal_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_freewater_median

The median of Free Water Metric for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_frontal_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_freewater_median

The median of Free Water Metric for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_frontal_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_freewater_median

The median of Free Water Metric for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_frontal_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_freewater_median

The median of Free Water Metric for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_precentral_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_freewater_median

The median of Free Water Metric for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_postcentral_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_freewater_median

The median of Free Water Metric for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_angular_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fusiform_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fusiform_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fusiform_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fusiform_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fusiform_wm_right_freewater_median

The median of Free Water Metric for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fusiform_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_freewater_median

The median of Free Water Metric for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_occipital_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_freewater_median

The median of Free Water Metric for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_occipital_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_freewater_median

The median of Free Water Metric for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_occipital_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_entorhinal_area_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_entorhinal_area_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_entorhinal_area_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_entorhinal_area_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_entorhinal_area_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_entorhinal_area_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_entorhinal_area_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_entorhinal_area_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_entorhinal_area_right_freewater_median

The median of Free Water Metric for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_entorhinal_area_right_freewater_mean

The mean of Free Water Metric for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_entorhinal_area_right_freewater_std

The standard deviation of Free Water Metric for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_freewater_median

The median of Free Water Metric for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_temporal_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_freewater_median

The median of Free Water Metric for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_inferior_temporal_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_freewater_median

The median of Free Water Metric for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_temporal_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lateral_fronto_orbital_wm_right_freewater_median

The median of Free Water Metric for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_lateral_fronto_orbital_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_fronto_orbital_wm_right_freewater_median

The median of Free Water Metric for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_fronto_orbital_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_freewater_median

The median of Free Water Metric for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_supramarginal_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_rectus_wm_right_freewater_median

The median of Free Water Metric for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_rectus_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_right_freewater_median

The median of Free Water Metric for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_right_freewater_mean

The mean of Free Water Metric for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_amygdala_right_freewater_std

The standard deviation of Free Water Metric for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_freewater_median

The median of Free Water Metric for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_freewater_mean

The mean of Free Water Metric for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_hippocampus_right_freewater_std

The standard deviation of Free Water Metric for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_freewater_median

The median of Free Water Metric for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_freewater_mean

The mean of Free Water Metric for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_corticospinal_tract_right_freewater_std

The standard deviation of Free Water Metric for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_right_freewater_median

The median of Free Water Metric for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_right_freewater_mean

The mean of Free Water Metric for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_icp_right_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_freewater_median

The median of Free Water Metric for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_freewater_mean

The mean of Free Water Metric for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_medial_lemniscus_right_freewater_std

The standard deviation of Free Water Metric for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_freewater_median

The median of Free Water Metric for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_freewater_mean

The mean of Free Water Metric for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_scp_right_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_right_freewater_median

The median of Free Water Metric for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cerebral_peduncle_right_freewater_mean

The mean of Free Water Metric for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_freewater_median

The median of Free Water Metric for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_freewater_mean

The mean of Free Water Metric for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_alic_right_freewater_std

The standard deviation of Free Water Metric for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_freewater_median

The median of Free Water Metric for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_freewater_mean

The mean of Free Water Metric for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_plic_right_freewater_std

The standard deviation of Free Water Metric for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_freewater_median

The median of Free Water Metric for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_freewater_mean

The mean of Free Water Metric for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ptr_right_freewater_std

The standard deviation of Free Water Metric for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_freewater_median

The median of Free Water Metric for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_freewater_mean

The mean of Free Water Metric for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_anterior_corona_radiata_right_freewater_std

The standard deviation of Free Water Metric for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_freewater_median

The median of Free Water Metric for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_freewater_mean

The mean of Free Water Metric for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_superior_corona_radiata_right_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_right_freewater_median

The median of Free Water Metric for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_posterior_corona_radiata_right_freewater_mean

The mean of Free Water Metric for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_freewater_median

The median of Free Water Metric for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_freewater_mean

The mean of Free Water Metric for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_cingulate_gyrus_right_freewater_std

The standard deviation of Free Water Metric for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_freewater_median

The median of Free Water Metric for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_freewater_mean

The mean of Free Water Metric for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_cingulum_hippocampus_right_freewater_std

The standard deviation of Free Water Metric for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_freewater_median

The median of Free Water Metric for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_freewater_mean

The mean of Free Water Metric for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornixcres_stria_terminalis_right_freewater_std

The standard deviation of Free Water Metric for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_freewater_median

The median of Free Water Metric for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_freewater_mean

The mean of Free Water Metric for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_slf_right_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_freewater_mean

The mean of Free Water Metric for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sfof_right_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_freewater_median

The median of Free Water Metric for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_freewater_mean

The mean of Free Water Metric for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ifof_right_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_freewater_median

The median of Free Water Metric for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_freewater_mean

The mean of Free Water Metric for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_sagittal_stratum_right_freewater_std

The standard deviation of Free Water Metric for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_freewater_median

The median of Free Water Metric for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_freewater_mean

The mean of Free Water Metric for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_external_capsule_right_freewater_std

The standard deviation of Free Water Metric for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_right_freewater_median

The median of Free Water Metric for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_uncinate_fasciculus_right_freewater_mean

The mean of Free Water Metric for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_freewater_median

The median of Free Water Metric for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_freewater_mean

The mean of Free Water Metric for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pontine_mcp_right_freewater_std

The standard deviation of Free Water Metric for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_freewater_median

The median of Free Water Metric for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_freewater_mean

The mean of Free Water Metric for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_middle_cerebellar_peduncle_right_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornix_column_and_body_right_freewater_median

The median of Free Water Metric for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_fornix_column_and_body_right_freewater_mean

The mean of Free Water Metric for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_freewater_median

The median of Free Water Metric for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_freewater_mean

The mean of Free Water Metric for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_genu_of_corpus_callosum_right_freewater_std

The standard deviation of Free Water Metric for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_freewater_median

The median of Free Water Metric for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_freewater_mean

The mean of Free Water Metric for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_body_of_corpus_callosum_right_freewater_std

The standard deviation of Free Water Metric for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_freewater_median

The median of Free Water Metric for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_freewater_mean

The mean of Free Water Metric for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_splenium_of_corpus_callosum_right_freewater_std

The standard deviation of Free Water Metric for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_freewater_median

The median of Free Water Metric for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_freewater_mean

The mean of Free Water Metric for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_ric_right_freewater_std

The standard deviation of Free Water Metric for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_right_freewater_median

The median of Free Water Metric for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_tapatum_right_freewater_mean

The mean of Free Water Metric for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_freewater_median

The median of Free Water Metric for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_freewater_mean

The mean of Free Water Metric for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_midbrain_right_freewater_std

The standard deviation of Free Water Metric for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_freewater_median

The median of Free Water Metric for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_freewater_mean

The mean of Free Water Metric for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_jhu_pons_right_freewater_std

The standard deviation of Free Water Metric for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (PHC Harmonized)

PHC_t1seg_3rd_ventricle_fa_median

The median of Fractional Anisotropy for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_fa_mean

The mean of Fractional Anisotropy for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_fa_std

The standard deviation of Fractional Anisotropy for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_md_median

The median of Mean Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_md_mean

The mean of Mean Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_md_std

The standard deviation of Mean Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_ad_median

The median of Axial Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_ad_mean

The mean of Axial Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_ad_std

The standard deviation of Axial Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_rd_median

The median of Radial Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_rd_mean

The mean of Radial Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_rd_std

The standard deviation of Radial Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_volume

The Volume (mm^3) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_4th_ventricle_volume

The Volume (mm^3) for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_fa_median

The median of Fractional Anisotropy for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_fa_mean

The mean of Fractional Anisotropy for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_fa_std

The standard deviation of Fractional Anisotropy for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_md_median

The median of Mean Diffusivity for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_md_std

The standard deviation of Mean Diffusivity for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_ad_median

The median of Axial Diffusivity for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_ad_std

The standard deviation of Axial Diffusivity for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_rd_median

The median of Radial Diffusivity for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_rd_std

The standard deviation of Radial Diffusivity for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_volume

The Volume (mm^3) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_fa_median

The median of Fractional Anisotropy for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_fa_mean

The mean of Fractional Anisotropy for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_md_median

The median of Mean Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_md_mean

The mean of Mean Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_md_std

The standard deviation of Mean Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_ad_median

The median of Axial Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_ad_mean

The mean of Axial Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_rd_median

The median of Radial Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_rd_mean

The mean of Radial Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_volume

The Volume (mm^3) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_fa_median

The median of Fractional Anisotropy for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_fa_mean

The mean of Fractional Anisotropy for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_md_median

The median of Mean Diffusivity for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_md_std

The standard deviation of Mean Diffusivity for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_ad_median

The median of Axial Diffusivity for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_rd_median

The median of Radial Diffusivity for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_volume

The Volume (mm^3) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_fa_median

The median of Fractional Anisotropy for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_fa_mean

The mean of Fractional Anisotropy for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_md_median

The median of Mean Diffusivity for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_md_std

The standard deviation of Mean Diffusivity for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_ad_median

The median of Axial Diffusivity for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_rd_median

The median of Radial Diffusivity for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_volume

The Volume (mm^3) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_fa_median

The median of Fractional Anisotropy for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_fa_mean

The mean of Fractional Anisotropy for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_md_median

The median of Mean Diffusivity for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_md_std

The standard deviation of Mean Diffusivity for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_ad_median

The median of Axial Diffusivity for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_rd_median

The median of Radial Diffusivity for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_volume

The Volume (mm^3) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_white_matter_volume

The Volume (mm^3) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_white_matter_volume

The Volume (mm^3) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_fa_median

The median of Fractional Anisotropy for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_fa_mean

The mean of Fractional Anisotropy for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_md_median

The median of Mean Diffusivity for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_md_std

The standard deviation of Mean Diffusivity for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_ad_median

The median of Axial Diffusivity for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_rd_median

The median of Radial Diffusivity for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_volume

The Volume (mm^3) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_fa_median

The median of Fractional Anisotropy for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_fa_mean

The mean of Fractional Anisotropy for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_md_median

The median of Mean Diffusivity for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_md_std

The standard deviation of Mean Diffusivity for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_ad_median

The median of Axial Diffusivity for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_rd_median

The median of Radial Diffusivity for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_volume

The Volume (mm^3) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_fa_median

The median of Fractional Anisotropy for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_md_median

The median of Mean Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_md_mean

The mean of Mean Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_ad_median

The median of Axial Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_ad_mean

The mean of Axial Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_rd_median

The median of Radial Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_rd_mean

The mean of Radial Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_volume

The Volume (mm^3) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_fa_median

The median of Fractional Anisotropy for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_md_median

The median of Mean Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_md_mean

The mean of Mean Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_ad_median

The median of Axial Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_ad_mean

The mean of Axial Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_rd_median

The median of Radial Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_rd_mean

The mean of Radial Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_volume

The Volume (mm^3) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_inf_lat_vent_fa_median

The median of Fractional Anisotropy for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_inf_lat_vent_fa_mean

The mean of Fractional Anisotropy for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_inf_lat_vent_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_inf_lat_vent_md_median

The median of Mean Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_inf_lat_vent_md_mean

The mean of Mean Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_inf_lat_vent_md_std

The standard deviation of Mean Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_inf_lat_vent_ad_median

The median of Axial Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_inf_lat_vent_ad_mean

The mean of Axial Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_inf_lat_vent_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_inf_lat_vent_rd_median

The median of Radial Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_inf_lat_vent_rd_mean

The mean of Radial Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_inf_lat_vent_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_inf_lat_vent_volume

The Volume (mm^3) for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_inf_lat_vent_fa_median

The median of Fractional Anisotropy for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_inf_lat_vent_fa_mean

The mean of Fractional Anisotropy for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_inf_lat_vent_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_inf_lat_vent_md_median

The median of Mean Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_inf_lat_vent_md_mean

The mean of Mean Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_inf_lat_vent_md_std

The standard deviation of Mean Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_inf_lat_vent_ad_median

The median of Axial Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_inf_lat_vent_ad_mean

The mean of Axial Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_inf_lat_vent_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_inf_lat_vent_rd_median

The median of Radial Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_inf_lat_vent_rd_mean

The mean of Radial Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_inf_lat_vent_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_inf_lat_vent_volume

The Volume (mm^3) for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_fa_median

The median of Fractional Anisotropy for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_fa_mean

The mean of Fractional Anisotropy for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_md_median

The median of Mean Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_md_mean

The mean of Mean Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_md_std

The standard deviation of Mean Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_ad_median

The median of Axial Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_ad_mean

The mean of Axial Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_rd_median

The median of Radial Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_rd_mean

The mean of Radial Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_volume

The Volume (mm^3) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_fa_median

The median of Fractional Anisotropy for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_fa_mean

The mean of Fractional Anisotropy for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_md_median

The median of Mean Diffusivity for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_md_std

The standard deviation of Mean Diffusivity for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_ad_median

The median of Axial Diffusivity for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_ad_mean

The mean of Axial Diffusivity for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_rd_median

The median of Radial Diffusivity for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_volume

The Volume (mm^3) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_fa_median

The median of Fractional Anisotropy for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_fa_mean

The mean of Fractional Anisotropy for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_md_median

The median of Mean Diffusivity for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_md_std

The standard deviation of Mean Diffusivity for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_ad_median

The median of Axial Diffusivity for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_rd_median

The median of Radial Diffusivity for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_volume

The Volume (mm^3) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_fa_median

The median of Fractional Anisotropy for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_fa_mean

The mean of Fractional Anisotropy for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_md_median

The median of Mean Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_md_mean

The mean of Mean Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_md_std

The standard deviation of Mean Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_ad_median

The median of Axial Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_ad_mean

The mean of Axial Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_rd_median

The median of Radial Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_rd_mean

The mean of Radial Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_volume

The Volume (mm^3) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_fa_median

The median of Fractional Anisotropy for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_fa_mean

The mean of Fractional Anisotropy for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_md_median

The median of Mean Diffusivity for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_md_std

The standard deviation of Mean Diffusivity for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_ad_median

The median of Axial Diffusivity for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_rd_median

The median of Radial Diffusivity for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_volume

The Volume (mm^3) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_fa_median

The median of Fractional Anisotropy for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_fa_mean

The mean of Fractional Anisotropy for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_md_median

The median of Mean Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_md_mean

The mean of Mean Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_md_std

The standard deviation of Mean Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_ad_median

The median of Axial Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_ad_mean

The mean of Axial Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_rd_median

The median of Radial Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_rd_mean

The mean of Radial Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_volume

The Volume (mm^3) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_fa_median

The median of Fractional Anisotropy for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_fa_mean

The mean of Fractional Anisotropy for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_md_median

The median of Mean Diffusivity for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_md_std

The standard deviation of Mean Diffusivity for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_ad_median

The median of Axial Diffusivity for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_rd_median

The median of Radial Diffusivity for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_volume

The Volume (mm^3) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_fa_median

The median of Fractional Anisotropy for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_fa_mean

The mean of Fractional Anisotropy for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_md_median

The median of Mean Diffusivity for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_md_std

The standard deviation of Mean Diffusivity for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_ad_median

The median of Axial Diffusivity for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_rd_median

The median of Radial Diffusivity for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_volume

The Volume (mm^3) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_fa_median

The median of Fractional Anisotropy for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_fa_mean

The mean of Fractional Anisotropy for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_md_median

The median of Mean Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_md_mean

The mean of Mean Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_md_std

The standard deviation of Mean Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_ad_median

The median of Axial Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_ad_mean

The mean of Axial Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_ad_std

The standard deviation of Axial Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_rd_median

The median of Radial Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_rd_mean

The mean of Radial Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_rd_std

The standard deviation of Radial Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_volume

The Volume (mm^3) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_fa_median

The median of Fractional Anisotropy for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_md_median

The median of Mean Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_md_mean

The mean of Mean Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_ad_median

The median of Axial Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_ad_mean

The mean of Axial Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_rd_median

The median of Radial Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_rd_mean

The mean of Radial Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_volume

The Volume (mm^3) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_fa_median

The median of Fractional Anisotropy for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_md_median

The median of Mean Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_md_mean

The mean of Mean Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_ad_median

The median of Axial Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_ad_mean

The mean of Axial Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_rd_median

The median of Radial Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_rd_mean

The mean of Radial Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_volume

The Volume (mm^3) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_fa_median

The median of Fractional Anisotropy for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_fa_mean

The mean of Fractional Anisotropy for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_md_median

The median of Mean Diffusivity for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_md_std

The standard deviation of Mean Diffusivity for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_ad_median

The median of Axial Diffusivity for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_rd_median

The median of Radial Diffusivity for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_volume

The Volume (mm^3) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_fa_median

The median of Fractional Anisotropy for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_fa_mean

The mean of Fractional Anisotropy for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_md_median

The median of Mean Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_md_mean

The mean of Mean Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_md_std

The standard deviation of Mean Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_ad_median

The median of Axial Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_ad_mean

The mean of Axial Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_rd_median

The median of Radial Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_rd_mean

The mean of Radial Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_volume

The Volume (mm^3) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_aorg_fa_median

The median of Fractional Anisotropy for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_aorg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_aorg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_aorg_md_median

The median of Mean Diffusivity for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_aorg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_aorg_ad_median

The median of Axial Diffusivity for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_aorg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_aorg_rd_median

The median of Radial Diffusivity for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_aorg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_aorg_volume

The Volume (mm^3) for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_volume

The Volume (mm^3) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_volume

The Volume (mm^3) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_fa_median

The median of Fractional Anisotropy for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_fa_mean

The mean of Fractional Anisotropy for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_md_median

The median of Mean Diffusivity for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_md_std

The standard deviation of Mean Diffusivity for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_ad_median

The median of Axial Diffusivity for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_rd_median

The median of Radial Diffusivity for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_volume

The Volume (mm^3) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_fa_median

The median of Fractional Anisotropy for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_fa_mean

The mean of Fractional Anisotropy for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_md_median

The median of Mean Diffusivity for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_md_mean

The mean of Mean Diffusivity for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_ad_median

The median of Axial Diffusivity for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_ad_mean

The mean of Axial Diffusivity for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_rd_median

The median of Radial Diffusivity for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_rd_mean

The mean of Radial Diffusivity for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_volume

The Volume (mm^3) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_fa_median

The median of Fractional Anisotropy for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_fa_mean

The mean of Fractional Anisotropy for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_md_median

The median of Mean Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_md_mean

The mean of Mean Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_md_std

The standard deviation of Mean Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_ad_median

The median of Axial Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_ad_mean

The mean of Axial Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_rd_median

The median of Radial Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_rd_mean

The mean of Radial Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_volume

The Volume (mm^3) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_fa_median

The median of Fractional Anisotropy for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_fa_mean

The mean of Fractional Anisotropy for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_md_median

The median of Mean Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_md_mean

The mean of Mean Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_md_std

The standard deviation of Mean Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_ad_median

The median of Axial Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_ad_mean

The mean of Axial Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_rd_median

The median of Radial Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_rd_mean

The mean of Radial Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_volume

The Volume (mm^3) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_fa_median

The median of Fractional Anisotropy for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_md_median

The median of Mean Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_md_mean

The mean of Mean Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_ad_median

The median of Axial Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_ad_mean

The mean of Axial Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_rd_median

The median of Radial Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_rd_mean

The mean of Radial Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_volume

The Volume (mm^3) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_fa_median

The median of Fractional Anisotropy for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_md_median

The median of Mean Diffusivity for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_ad_median

The median of Axial Diffusivity for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_rd_median

The median of Radial Diffusivity for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_volume

The Volume (mm^3) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_fa_median

The median of Fractional Anisotropy for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_fa_mean

The mean of Fractional Anisotropy for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_md_median

The median of Mean Diffusivity for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_md_std

The standard deviation of Mean Diffusivity for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_ad_median

The median of Axial Diffusivity for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_rd_median

The median of Radial Diffusivity for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_volume

The Volume (mm^3) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ent_entorhinal_area_fa_median

The median of Fractional Anisotropy for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ent_entorhinal_area_fa_mean

The mean of Fractional Anisotropy for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ent_entorhinal_area_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ent_entorhinal_area_md_median

The median of Mean Diffusivity for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ent_entorhinal_area_md_std

The standard deviation of Mean Diffusivity for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ent_entorhinal_area_ad_median

The median of Axial Diffusivity for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ent_entorhinal_area_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ent_entorhinal_area_rd_median

The median of Radial Diffusivity for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ent_entorhinal_area_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ent_entorhinal_area_volume

The Volume (mm^3) for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_fa_median

The median of Fractional Anisotropy for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_fa_mean

The mean of Fractional Anisotropy for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_md_median

The median of Mean Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_md_mean

The mean of Mean Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_md_std

The standard deviation of Mean Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_ad_median

The median of Axial Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_ad_mean

The mean of Axial Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_rd_median

The median of Radial Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_rd_mean

The mean of Radial Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_volume

The Volume (mm^3) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_fa_median

The median of Fractional Anisotropy for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_fa_mean

The mean of Fractional Anisotropy for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_md_median

The median of Mean Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_md_mean

The mean of Mean Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_md_std

The standard deviation of Mean Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_ad_median

The median of Axial Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_ad_mean

The mean of Axial Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_rd_median

The median of Radial Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_rd_mean

The mean of Radial Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_volume

The Volume (mm^3) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_volume

The Volume (mm^3) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_volume

The Volume (mm^3) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_fa_median

The median of Fractional Anisotropy for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_md_median

The median of Mean Diffusivity for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_ad_median

The median of Axial Diffusivity for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_rd_median

The median of Radial Diffusivity for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_volume

The Volume (mm^3) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_fa_median

The median of Fractional Anisotropy for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_fa_mean

The mean of Fractional Anisotropy for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_md_median

The median of Mean Diffusivity for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_md_std

The standard deviation of Mean Diffusivity for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_ad_median

The median of Axial Diffusivity for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_rd_median

The median of Radial Diffusivity for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_volume

The Volume (mm^3) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_fa_median

The median of Fractional Anisotropy for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_fa_mean

The mean of Fractional Anisotropy for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_md_median

The median of Mean Diffusivity for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_md_std

The standard deviation of Mean Diffusivity for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_ad_median

The median of Axial Diffusivity for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_rd_median

The median of Radial Diffusivity for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_volume

The Volume (mm^3) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_fa_median

The median of Fractional Anisotropy for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_md_median

The median of Mean Diffusivity for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_ad_median

The median of Axial Diffusivity for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_rd_median

The median of Radial Diffusivity for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_volume

The Volume (mm^3) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_fa_median

The median of Fractional Anisotropy for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_md_median

The median of Mean Diffusivity for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_ad_median

The median of Axial Diffusivity for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_rd_median

The median of Radial Diffusivity for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_volume

The Volume (mm^3) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_volume

The Volume (mm^3) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_volume

The Volume (mm^3) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_volume

The Volume (mm^3) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_fa_median

The median of Fractional Anisotropy for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_md_median

The median of Mean Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_md_mean

The mean of Mean Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_ad_median

The median of Axial Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_ad_mean

The mean of Axial Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_rd_median

The median of Radial Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_rd_mean

The mean of Radial Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_volume

The Volume (mm^3) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_fa_median

The median of Fractional Anisotropy for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_md_median

The median of Mean Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_md_mean

The mean of Mean Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_ad_median

The median of Axial Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_ad_mean

The mean of Axial Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_rd_median

The median of Radial Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_rd_mean

The mean of Radial Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_volume

The Volume (mm^3) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_volume

The Volume (mm^3) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_volume

The Volume (mm^3) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_volume

The Volume (mm^3) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_volume

The Volume (mm^3) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_volume

The Volume (mm^3) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_volume

The Volume (mm^3) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_volume

The Volume (mm^3) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_volume

The Volume (mm^3) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_fa_median

The median of Fractional Anisotropy for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_md_median

The median of Mean Diffusivity for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_ad_median

The median of Axial Diffusivity for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_rd_median

The median of Radial Diffusivity for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_volume

The Volume (mm^3) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_fa_median

The median of Fractional Anisotropy for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_md_median

The median of Mean Diffusivity for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_ad_median

The median of Axial Diffusivity for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_rd_median

The median of Radial Diffusivity for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_volume

The Volume (mm^3) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_volume

The Volume (mm^3) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_volume

The Volume (mm^3) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ocp_occipital_pole_fa_median

The median of Fractional Anisotropy for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ocp_occipital_pole_fa_mean

The mean of Fractional Anisotropy for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ocp_occipital_pole_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ocp_occipital_pole_md_median

The median of Mean Diffusivity for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ocp_occipital_pole_md_std

The standard deviation of Mean Diffusivity for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ocp_occipital_pole_ad_median

The median of Axial Diffusivity for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ocp_occipital_pole_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ocp_occipital_pole_rd_median

The median of Radial Diffusivity for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ocp_occipital_pole_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ocp_occipital_pole_volume

The Volume (mm^3) for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ocp_occipital_pole_fa_median

The median of Fractional Anisotropy for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ocp_occipital_pole_fa_mean

The mean of Fractional Anisotropy for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ocp_occipital_pole_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ocp_occipital_pole_md_median

The median of Mean Diffusivity for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ocp_occipital_pole_md_std

The standard deviation of Mean Diffusivity for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ocp_occipital_pole_ad_median

The median of Axial Diffusivity for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ocp_occipital_pole_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ocp_occipital_pole_rd_median

The median of Radial Diffusivity for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ocp_occipital_pole_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ocp_occipital_pole_volume

The Volume (mm^3) for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ofug_volume

The Volume (mm^3) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ofug_volume

The Volume (mm^3) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_fa_median

The median of Fractional Anisotropy for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_md_median

The median of Mean Diffusivity for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_ad_median

The median of Axial Diffusivity for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_rd_median

The median of Radial Diffusivity for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_volume

The Volume (mm^3) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_fa_median

The median of Fractional Anisotropy for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_md_median

The median of Mean Diffusivity for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_ad_median

The median of Axial Diffusivity for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_rd_median

The median of Radial Diffusivity for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_volume

The Volume (mm^3) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_fa_median

The median of Fractional Anisotropy for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_md_median

The median of Mean Diffusivity for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_ad_median

The median of Axial Diffusivity for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_rd_median

The median of Radial Diffusivity for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_volume

The Volume (mm^3) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_fa_median

The median of Fractional Anisotropy for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_md_median

The median of Mean Diffusivity for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_ad_median

The median of Axial Diffusivity for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_rd_median

The median of Radial Diffusivity for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_volume

The Volume (mm^3) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_fa_median

The median of Fractional Anisotropy for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_md_median

The median of Mean Diffusivity for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_ad_median

The median of Axial Diffusivity for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_rd_median

The median of Radial Diffusivity for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_volume

The Volume (mm^3) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_fa_median

The median of Fractional Anisotropy for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_md_median

The median of Mean Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_md_mean

The mean of Mean Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_ad_median

The median of Axial Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_ad_mean

The mean of Axial Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_rd_median

The median of Radial Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_rd_mean

The mean of Radial Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_volume

The Volume (mm^3) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_volume

The Volume (mm^3) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_volume

The Volume (mm^3) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_fa_median

The median of Fractional Anisotropy for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_fa_mean

The mean of Fractional Anisotropy for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_md_median

The median of Mean Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_md_mean

The mean of Mean Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_md_std

The standard deviation of Mean Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_ad_median

The median of Axial Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_ad_mean

The mean of Axial Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_rd_median

The median of Radial Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_rd_mean

The mean of Radial Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_volume

The Volume (mm^3) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_fa_median

The median of Fractional Anisotropy for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_fa_mean

The mean of Fractional Anisotropy for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_md_median

The median of Mean Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_md_mean

The mean of Mean Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_md_std

The standard deviation of Mean Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_ad_median

The median of Axial Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_ad_mean

The mean of Axial Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_rd_median

The median of Radial Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_rd_mean

The mean of Radial Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_volume

The Volume (mm^3) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_fa_median

The median of Fractional Anisotropy for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_fa_mean

The mean of Fractional Anisotropy for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_md_median

The median of Mean Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_md_mean

The mean of Mean Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_md_std

The standard deviation of Mean Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_ad_median

The median of Axial Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_ad_mean

The mean of Axial Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_rd_median

The median of Radial Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_rd_mean

The mean of Radial Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_volume

The Volume (mm^3) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_fa_median

The median of Fractional Anisotropy for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_fa_mean

The mean of Fractional Anisotropy for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_md_median

The median of Mean Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_md_mean

The mean of Mean Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_md_std

The standard deviation of Mean Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_ad_median

The median of Axial Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_ad_mean

The mean of Axial Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_rd_median

The median of Radial Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_rd_mean

The mean of Radial Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_volume

The Volume (mm^3) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_volume

The Volume (mm^3) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_volume

The Volume (mm^3) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_fa_median

The median of Fractional Anisotropy for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_fa_mean

The mean of Fractional Anisotropy for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_md_median

The median of Mean Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_md_mean

The mean of Mean Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_md_std

The standard deviation of Mean Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_ad_median

The median of Axial Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_ad_mean

The mean of Axial Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_rd_median

The median of Radial Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_rd_mean

The mean of Radial Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_volume

The Volume (mm^3) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_fa_median

The median of Fractional Anisotropy for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_fa_mean

The mean of Fractional Anisotropy for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_md_median

The median of Mean Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_md_mean

The mean of Mean Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_md_std

The standard deviation of Mean Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_ad_median

The median of Axial Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_ad_mean

The mean of Axial Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_rd_median

The median of Radial Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_rd_mean

The mean of Radial Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_volume

The Volume (mm^3) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_volume

The Volume (mm^3) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_volume

The Volume (mm^3) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_fa_median

The median of Fractional Anisotropy for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_fa_mean

The mean of Fractional Anisotropy for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_md_median

The median of Mean Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_md_mean

The mean of Mean Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_md_std

The standard deviation of Mean Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_ad_median

The median of Axial Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_ad_mean

The mean of Axial Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_rd_median

The median of Radial Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_rd_mean

The mean of Radial Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_volume

The Volume (mm^3) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_fa_median

The median of Fractional Anisotropy for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_fa_mean

The mean of Fractional Anisotropy for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_md_median

The median of Mean Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_md_mean

The mean of Mean Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_md_std

The standard deviation of Mean Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_ad_median

The median of Axial Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_ad_mean

The mean of Axial Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_rd_median

The median of Radial Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_rd_mean

The mean of Radial Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_volume

The Volume (mm^3) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_fa_median

The median of Fractional Anisotropy for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_md_median

The median of Mean Diffusivity for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_ad_median

The median of Axial Diffusivity for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_rd_median

The median of Radial Diffusivity for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_volume

The Volume (mm^3) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_fa_median

The median of Fractional Anisotropy for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_md_median

The median of Mean Diffusivity for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_ad_median

The median of Axial Diffusivity for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_rd_median

The median of Radial Diffusivity for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_volume

The Volume (mm^3) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_fa_median

The median of Fractional Anisotropy for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_fa_mean

The mean of Fractional Anisotropy for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_md_median

The median of Mean Diffusivity for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_md_std

The standard deviation of Mean Diffusivity for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_ad_median

The median of Axial Diffusivity for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_rd_median

The median of Radial Diffusivity for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_volume

The Volume (mm^3) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_fa_median

The median of Fractional Anisotropy for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_fa_mean

The mean of Fractional Anisotropy for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_md_median

The median of Mean Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_md_mean

The mean of Mean Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_md_std

The standard deviation of Mean Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_ad_median

The median of Axial Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_ad_mean

The mean of Axial Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_rd_median

The median of Radial Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_rd_mean

The mean of Radial Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_volume

The Volume (mm^3) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_volume

The Volume (mm^3) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_volume

The Volume (mm^3) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_fa_median

The median of Fractional Anisotropy for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_fa_mean

The mean of Fractional Anisotropy for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_md_median

The median of Mean Diffusivity for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_md_std

The standard deviation of Mean Diffusivity for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_ad_median

The median of Axial Diffusivity for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_rd_median

The median of Radial Diffusivity for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_volume

The Volume (mm^3) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_fa_median

The median of Fractional Anisotropy for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_fa_mean

The mean of Fractional Anisotropy for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_md_median

The median of Mean Diffusivity for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_md_std

The standard deviation of Mean Diffusivity for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_ad_median

The median of Axial Diffusivity for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_rd_median

The median of Radial Diffusivity for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_volume

The Volume (mm^3) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_fa_median

The median of Fractional Anisotropy for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_fa_mean

The mean of Fractional Anisotropy for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_md_median

The median of Mean Diffusivity for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_md_std

The standard deviation of Mean Diffusivity for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_ad_median

The median of Axial Diffusivity for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_rd_median

The median of Radial Diffusivity for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_volume

The Volume (mm^3) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_fa_median

The median of Fractional Anisotropy for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_md_median

The median of Mean Diffusivity for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_ad_median

The median of Axial Diffusivity for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_rd_median

The median of Radial Diffusivity for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_volume

The Volume (mm^3) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_fa_median

The median of Fractional Anisotropy for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_md_median

The median of Mean Diffusivity for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_ad_median

The median of Axial Diffusivity for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_rd_median

The median of Radial Diffusivity for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_volume

The Volume (mm^3) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_fa_median

The median of Fractional Anisotropy for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_fa_mean

The mean of Fractional Anisotropy for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_md_median

The median of Mean Diffusivity for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_md_std

The standard deviation of Mean Diffusivity for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_ad_median

The median of Axial Diffusivity for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_rd_median

The median of Radial Diffusivity for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_volume

The Volume (mm^3) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_fa_median

The median of Fractional Anisotropy for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_fa_mean

The mean of Fractional Anisotropy for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_md_median

The median of Mean Diffusivity for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_md_std

The standard deviation of Mean Diffusivity for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_ad_median

The median of Axial Diffusivity for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_rd_median

The median of Radial Diffusivity for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_volume

The Volume (mm^3) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_fa_median

The median of Fractional Anisotropy for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_md_median

The median of Mean Diffusivity for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_ad_median

The median of Axial Diffusivity for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_rd_median

The median of Radial Diffusivity for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_volume

The Volume (mm^3) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_fa_median

The median of Fractional Anisotropy for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_md_median

The median of Mean Diffusivity for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_ad_median

The median of Axial Diffusivity for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_rd_median

The median of Radial Diffusivity for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_volume

The Volume (mm^3) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_fa_median

The median of Fractional Anisotropy for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_md_median

The median of Mean Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_md_mean

The mean of Mean Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_ad_median

The median of Axial Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_ad_mean

The mean of Axial Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_rd_median

The median of Radial Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_rd_mean

The mean of Radial Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_volume

The Volume (mm^3) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_fa_median

The median of Fractional Anisotropy for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_fa_mean

The mean of Fractional Anisotropy for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_fa_std

The standard deviation of Fractional Anisotropy for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_md_median

The median of Mean Diffusivity for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_md_std

The standard deviation of Mean Diffusivity for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_ad_median

The median of Axial Diffusivity for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_ad_std

The standard deviation of Axial Diffusivity for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_rd_median

The median of Radial Diffusivity for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_rd_std

The standard deviation of Radial Diffusivity for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_volume

The Volume (mm^3) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_fa_median

The median of Fractional Anisotropy for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_fa_mean

The mean of Fractional Anisotropy for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_fa_std

The standard deviation of Fractional Anisotropy for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_md_median

The median of Mean Diffusivity for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_md_std

The standard deviation of Mean Diffusivity for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_ad_median

The median of Axial Diffusivity for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_ad_std

The standard deviation of Axial Diffusivity for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_rd_median

The median of Radial Diffusivity for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_rd_std

The standard deviation of Radial Diffusivity for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_volume

The Volume (mm^3) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_freewater_median

The median of Free Water Metric for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_freewater_mean

The mean of Free Water Metric for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_3rd_ventricle_freewater_std

The standard deviation of Free Water Metric for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_4th_ventricle_freewater_median

The median of Free Water Metric for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_4th_ventricle_freewater_mean

The mean of Free Water Metric for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_freewater_median

The median of Free Water Metric for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_freewater_mean

The mean of Free Water Metric for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_brain_stem_freewater_std

The standard deviation of Free Water Metric for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_freewater_median

The median of Free Water Metric for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_freewater_mean

The mean of Free Water Metric for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_caudate_freewater_std

The standard deviation of Free Water Metric for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_freewater_median

The median of Free Water Metric for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_freewater_mean

The mean of Free Water Metric for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_caudate_freewater_std

The standard deviation of Free Water Metric for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_freewater_median

The median of Free Water Metric for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_freewater_mean

The mean of Free Water Metric for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_exterior_freewater_std

The standard deviation of Free Water Metric for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_freewater_median

The median of Free Water Metric for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_freewater_mean

The mean of Free Water Metric for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_exterior_freewater_std

The standard deviation of Free Water Metric for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_white_matter_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_white_matter_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_white_matter_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_white_matter_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_white_matter_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_white_matter_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_white_matter_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_white_matter_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_white_matter_freewater_median

The median of Free Water Metric for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_white_matter_freewater_mean

The mean of Free Water Metric for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebellum_white_matter_freewater_std

The standard deviation of Free Water Metric for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_white_matter_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_white_matter_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_white_matter_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_white_matter_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_white_matter_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_white_matter_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_white_matter_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_white_matter_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_white_matter_freewater_median

The median of Free Water Metric for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_white_matter_freewater_mean

The mean of Free Water Metric for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebellum_white_matter_freewater_std

The standard deviation of Free Water Metric for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_freewater_median

The median of Free Water Metric for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_freewater_mean

The mean of Free Water Metric for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cerebral_white_matter_freewater_std

The standard deviation of Free Water Metric for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_freewater_median

The median of Free Water Metric for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_freewater_mean

The mean of Free Water Metric for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cerebral_white_matter_freewater_std

The standard deviation of Free Water Metric for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_freewater_median

The median of Free Water Metric for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_freewater_mean

The mean of Free Water Metric for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_hippocampus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_freewater_median

The median of Free Water Metric for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_freewater_mean

The mean of Free Water Metric for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_hippocampus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_inf_lat_vent_freewater_median

The median of Free Water Metric for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_inf_lat_vent_freewater_mean

The mean of Free Water Metric for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_inf_lat_vent_freewater_median

The median of Free Water Metric for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_inf_lat_vent_freewater_mean

The mean of Free Water Metric for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_freewater_median

The median of Free Water Metric for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_freewater_mean

The mean of Free Water Metric for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lateral_ventricle_freewater_std

The standard deviation of Free Water Metric for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_freewater_median

The median of Free Water Metric for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_freewater_mean

The mean of Free Water Metric for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lateral_ventricle_freewater_std

The standard deviation of Free Water Metric for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_freewater_median

The median of Free Water Metric for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_freewater_mean

The mean of Free Water Metric for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_putamen_freewater_std

The standard deviation of Free Water Metric for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_freewater_median

The median of Free Water Metric for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_freewater_mean

The mean of Free Water Metric for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_putamen_freewater_std

The standard deviation of Free Water Metric for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_freewater_median

The median of Free Water Metric for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_freewater_mean

The mean of Free Water Metric for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_thalamus_proper_freewater_std

The standard deviation of Free Water Metric for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_freewater_median

The median of Free Water Metric for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_freewater_mean

The mean of Free Water Metric for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_thalamus_proper_freewater_std

The standard deviation of Free Water Metric for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_freewater_median

The median of Free Water Metric for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_freewater_mean

The mean of Free Water Metric for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ventral_dc_freewater_std

The standard deviation of Free Water Metric for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_freewater_median

The median of Free Water Metric for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_freewater_mean

The mean of Free Water Metric for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ventral_dc_freewater_std

The standard deviation of Free Water Metric for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_freewater_median

The median of Free Water Metric for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_freewater_mean

The mean of Free Water Metric for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_cerebellar_vermal_lobules_i_v_freewater_std

The standard deviation of Free Water Metric for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_freewater_median

The median of Free Water Metric for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_freewater_mean

The mean of Free Water Metric for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_acgg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_freewater_median

The median of Free Water Metric for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_freewater_mean

The mean of Free Water Metric for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_acgg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_freewater_median

The median of Free Water Metric for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_freewater_mean

The mean of Free Water Metric for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ains_anterior_insula_freewater_std

The standard deviation of Free Water Metric for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_freewater_median

The median of Free Water Metric for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_freewater_mean

The mean of Free Water Metric for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ains_anterior_insula_freewater_std

The standard deviation of Free Water Metric for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_aorg_freewater_median

The median of Free Water Metric for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_aorg_freewater_mean

The mean of Free Water Metric for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ang_angular_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ang_angular_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_freewater_median

The median of Free Water Metric for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_freewater_mean

The mean of Free Water Metric for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_calc_calcarine_cortex_freewater_std

The standard deviation of Free Water Metric for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_freewater_median

The median of Free Water Metric for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_calc_calcarine_cortex_freewater_mean

The mean of Free Water Metric for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_freewater_median

The median of Free Water Metric for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_freewater_mean

The mean of Free Water Metric for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_co_central_operculum_freewater_std

The standard deviation of Free Water Metric for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_freewater_median

The median of Free Water Metric for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_freewater_mean

The mean of Free Water Metric for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_co_central_operculum_freewater_std

The standard deviation of Free Water Metric for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_freewater_median

The median of Free Water Metric for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_freewater_mean

The mean of Free Water Metric for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_cun_cuneus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_freewater_median

The median of Free Water Metric for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_freewater_mean

The mean of Free Water Metric for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_cun_cuneus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_freewater_median

The median of Free Water Metric for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_freewater_mean

The mean of Free Water Metric for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ent_entorhinal_area_freewater_std

The standard deviation of Free Water Metric for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ent_entorhinal_area_freewater_median

The median of Free Water Metric for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ent_entorhinal_area_freewater_mean

The mean of Free Water Metric for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_freewater_median

The median of Free Water Metric for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_freewater_mean

The mean of Free Water Metric for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fo_frontal_operculum_freewater_std

The standard deviation of Free Water Metric for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_freewater_median

The median of Free Water Metric for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_freewater_mean

The mean of Free Water Metric for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fo_frontal_operculum_freewater_std

The standard deviation of Free Water Metric for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_fug_fusiform_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_fug_fusiform_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_freewater_median

The median of Free Water Metric for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_freewater_mean

The mean of Free Water Metric for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_gre_gyrus_rectus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_freewater_median

The median of Free Water Metric for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_freewater_mean

The mean of Free Water Metric for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_iog_freewater_std

The standard deviation of Free Water Metric for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_freewater_median

The median of Free Water Metric for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_freewater_mean

The mean of Free Water Metric for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_iog_freewater_std

The standard deviation of Free Water Metric for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_freewater_median

The median of Free Water Metric for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_freewater_mean

The mean of Free Water Metric for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_itg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_freewater_median

The median of Free Water Metric for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_freewater_mean

The mean of Free Water Metric for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_itg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lig_lingual_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_lig_lingual_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_lorg_lateral_orbital_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_freewater_median

The median of Free Water Metric for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_freewater_mean

The mean of Free Water Metric for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mcgg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_freewater_median

The median of Free Water Metric for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_freewater_mean

The mean of Free Water Metric for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mcgg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mfg_middle_frontal_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mfg_middle_frontal_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mog_middle_occipital_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mog_middle_occipital_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mpog_postcentral_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mpog_postcentral_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mprg_precentral_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mprg_precentral_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_freewater_median

The median of Free Water Metric for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_freewater_mean

The mean of Free Water Metric for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_msfg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_freewater_median

The median of Free Water Metric for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_freewater_mean

The mean of Free Water Metric for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_msfg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_mtg_middle_temporal_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_mtg_middle_temporal_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ocp_occipital_pole_freewater_median

The median of Free Water Metric for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ocp_occipital_pole_freewater_mean

The mean of Free Water Metric for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ocp_occipital_pole_freewater_mean

The mean of Free Water Metric for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ofug_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ofug_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ofug_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ofug_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ofug_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ofug_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ofug_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ofug_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ofug_freewater_median

The median of Free Water Metric for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ofug_freewater_mean

The mean of Free Water Metric for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ofug_freewater_std

The standard deviation of Free Water Metric for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ofug_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ofug_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ofug_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ofug_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ofug_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ofug_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ofug_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ofug_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ofug_freewater_median

The median of Free Water Metric for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ofug_freewater_mean

The mean of Free Water Metric for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ofug_freewater_std

The standard deviation of Free Water Metric for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_freewater_median

The median of Free Water Metric for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_freewater_mean

The mean of Free Water Metric for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_opifg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_freewater_median

The median of Free Water Metric for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_freewater_mean

The mean of Free Water Metric for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_opifg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_freewater_median

The median of Free Water Metric for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_freewater_mean

The mean of Free Water Metric for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcgg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_freewater_median

The median of Free Water Metric for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_freewater_mean

The mean of Free Water Metric for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcgg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_freewater_median

The median of Free Water Metric for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_freewater_mean

The mean of Free Water Metric for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pcu_precuneus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_freewater_median

The median of Free Water Metric for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_freewater_mean

The mean of Free Water Metric for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pcu_precuneus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_phg_parahippocampal_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_phg_parahippocampal_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_freewater_median

The median of Free Water Metric for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_freewater_mean

The mean of Free Water Metric for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pins_posterior_insula_freewater_std

The standard deviation of Free Water Metric for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_freewater_median

The median of Free Water Metric for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_freewater_mean

The mean of Free Water Metric for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pins_posterior_insula_freewater_std

The standard deviation of Free Water Metric for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_freewater_median

The median of Free Water Metric for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_freewater_mean

The mean of Free Water Metric for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_po_parietal_operculum_freewater_std

The standard deviation of Free Water Metric for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_freewater_median

The median of Free Water Metric for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_freewater_mean

The mean of Free Water Metric for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_po_parietal_operculum_freewater_std

The standard deviation of Free Water Metric for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pog_postcentral_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pog_postcentral_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_freewater_median

The median of Free Water Metric for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_freewater_mean

The mean of Free Water Metric for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pp_planum_polare_freewater_std

The standard deviation of Free Water Metric for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_freewater_median

The median of Free Water Metric for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_freewater_mean

The mean of Free Water Metric for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pp_planum_polare_freewater_std

The standard deviation of Free Water Metric for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_prg_precentral_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_prg_precentral_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_freewater_median

The median of Free Water Metric for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_freewater_mean

The mean of Free Water Metric for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_pt_planum_temporale_freewater_std

The standard deviation of Free Water Metric for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_freewater_median

The median of Free Water Metric for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_freewater_mean

The mean of Free Water Metric for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_pt_planum_temporale_freewater_std

The standard deviation of Free Water Metric for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_freewater_median

The median of Free Water Metric for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_freewater_mean

The mean of Free Water Metric for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sfg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_freewater_median

The median of Free Water Metric for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_freewater_mean

The mean of Free Water Metric for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_sfg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_freewater_median

The median of Free Water Metric for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_freewater_mean

The mean of Free Water Metric for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smc_freewater_std

The standard deviation of Free Water Metric for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_freewater_median

The median of Free Water Metric for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_freewater_mean

The mean of Free Water Metric for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smc_freewater_std

The standard deviation of Free Water Metric for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_smg_supramarginal_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_smg_supramarginal_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_freewater_median

The median of Free Water Metric for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_freewater_mean

The mean of Free Water Metric for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_sog_freewater_std

The standard deviation of Free Water Metric for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_freewater_median

The median of Free Water Metric for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_freewater_mean

The mean of Free Water Metric for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_spl_freewater_std

The standard deviation of Free Water Metric for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_freewater_median

The median of Free Water Metric for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_freewater_mean

The mean of Free Water Metric for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_spl_freewater_std

The standard deviation of Free Water Metric for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_freewater_median

The median of Free Water Metric for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_freewater_mean

The mean of Free Water Metric for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_stg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_freewater_median

The median of Free Water Metric for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_freewater_mean

The mean of Free Water Metric for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_stg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_freewater_median

The median of Free Water Metric for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_freewater_mean

The mean of Free Water Metric for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_tmp_temporal_pole_freewater_std

The standard deviation of Free Water Metric for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_freewater_median

The median of Free Water Metric for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_freewater_mean

The mean of Free Water Metric for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_tmp_temporal_pole_freewater_std

The standard deviation of Free Water Metric for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_freewater_median

The median of Free Water Metric for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_freewater_mean

The mean of Free Water Metric for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_trifg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_freewater_median

The median of Free Water Metric for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_freewater_mean

The mean of Free Water Metric for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_right_ttg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_freewater_median

The median of Free Water Metric for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_freewater_mean

The mean of Free Water Metric for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_left_ttg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_freewater_median

The median of Free Water Metric for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_freewater_mean

The mean of Free Water Metric for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_ticv_freewater_std

The standard deviation of Free Water Metric for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_freewater_median

The median of Free Water Metric for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_freewater_mean

The mean of Free Water Metric for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

PHC_t1seg_posteriorfossa_freewater_std

The standard deviation of Free Water Metric for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (PHC Harmonized)

jhu_superior_parietal_wm_left_volume

The Volume (mm^3) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_md_median

The median of Mean Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_ad_median

The median of Axial Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_rd_median

The median of Radial Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_fa_median

The median of Fractional Anisotropy for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_fa_mean

The mean of Fractional Anisotropy for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_md_median

The median of Mean Diffusivity for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_md_mean

The mean of Mean Diffusivity for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_md_std

The standard deviation of Mean Diffusivity for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_ad_median

The median of Axial Diffusivity for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_ad_mean

The mean of Axial Diffusivity for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_rd_median

The median of Radial Diffusivity for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_rd_mean

The mean of Radial Diffusivity for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_volume

The Volume (mm^3) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_md_median

The median of Mean Diffusivity for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_ad_median

The median of Axial Diffusivity for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_rd_median

The median of Radial Diffusivity for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_volume

The Volume (mm^3) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_md_median

The median of Mean Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_ad_median

The median of Axial Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_rd_median

The median of Radial Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_volume

The Volume (mm^3) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_md_median

The median of Mean Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_ad_median

The median of Axial Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_rd_median

The median of Radial Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_volume

The Volume (mm^3) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_md_median

The median of Mean Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_ad_median

The median of Axial Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_rd_median

The median of Radial Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_volume

The Volume (mm^3) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_md_median

The median of Mean Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_ad_median

The median of Axial Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_rd_median

The median of Radial Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_volume

The Volume (mm^3) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_md_median

The median of Mean Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_ad_median

The median of Axial Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_rd_median

The median of Radial Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_volume

The Volume (mm^3) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_md_median

The median of Mean Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_ad_median

The median of Axial Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_rd_median

The median of Radial Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_volume

The Volume (mm^3) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_md_median

The median of Mean Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_ad_median

The median of Axial Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_rd_median

The median of Radial Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_volume

The Volume (mm^3) for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_md_median

The median of Mean Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_ad_median

The median of Axial Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_rd_median

The median of Radial Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_volume

The Volume (mm^3) for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_md_median

The median of Mean Diffusivity for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_ad_median

The median of Axial Diffusivity for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_rd_median

The median of Radial Diffusivity for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_volume

The Volume (mm^3) for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_fa_median

The median of Fractional Anisotropy for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_fa_mean

The mean of Fractional Anisotropy for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_md_median

The median of Mean Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_md_mean

The mean of Mean Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_md_std

The standard deviation of Mean Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_ad_median

The median of Axial Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_ad_mean

The mean of Axial Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_rd_median

The median of Radial Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_rd_mean

The mean of Radial Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_volume

The Volume (mm^3) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_md_median

The median of Mean Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_ad_median

The median of Axial Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_rd_median

The median of Radial Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_volume

The Volume (mm^3) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_md_median

The median of Mean Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_ad_median

The median of Axial Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_rd_median

The median of Radial Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_volume

The Volume (mm^3) for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_md_median

The median of Mean Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_ad_median

The median of Axial Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_rd_median

The median of Radial Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_volume

The Volume (mm^3) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_fa_median

The median of Fractional Anisotropy for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_fa_mean

The mean of Fractional Anisotropy for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_md_median

The median of Mean Diffusivity for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_md_mean

The mean of Mean Diffusivity for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_md_std

The standard deviation of Mean Diffusivity for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_ad_median

The median of Axial Diffusivity for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_ad_mean

The mean of Axial Diffusivity for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_rd_median

The median of Radial Diffusivity for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_rd_mean

The mean of Radial Diffusivity for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_volume

The Volume (mm^3) for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_md_median

The median of Mean Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_ad_median

The median of Axial Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_rd_median

The median of Radial Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_volume

The Volume (mm^3) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_md_median

The median of Mean Diffusivity for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_ad_median

The median of Axial Diffusivity for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_rd_median

The median of Radial Diffusivity for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_volume

The Volume (mm^3) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_md_median

The median of Mean Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_ad_median

The median of Axial Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_rd_median

The median of Radial Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_volume

The Volume (mm^3) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_md_median

The median of Mean Diffusivity for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_ad_median

The median of Axial Diffusivity for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_rd_median

The median of Radial Diffusivity for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_volume

The Volume (mm^3) for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_md_median

The median of Mean Diffusivity for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_ad_median

The median of Axial Diffusivity for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_rd_median

The median of Radial Diffusivity for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_volume

The Volume (mm^3) for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_md_median

The median of Mean Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_ad_median

The median of Axial Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_rd_median

The median of Radial Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_volume

The Volume (mm^3) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_fa_median

The median of Fractional Anisotropy for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_fa_mean

The mean of Fractional Anisotropy for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_md_median

The median of Mean Diffusivity for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_md_mean

The mean of Mean Diffusivity for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_md_std

The standard deviation of Mean Diffusivity for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_ad_median

The median of Axial Diffusivity for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_ad_mean

The mean of Axial Diffusivity for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_rd_median

The median of Radial Diffusivity for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_rd_mean

The mean of Radial Diffusivity for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_volume

The Volume (mm^3) for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_fa_median

The median of Fractional Anisotropy for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_fa_mean

The mean of Fractional Anisotropy for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_fa_std

The standard deviation of Fractional Anisotropy for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_md_median

The median of Mean Diffusivity for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_md_mean

The mean of Mean Diffusivity for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_md_std

The standard deviation of Mean Diffusivity for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_ad_median

The median of Axial Diffusivity for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_ad_mean

The mean of Axial Diffusivity for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_ad_std

The standard deviation of Axial Diffusivity for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_rd_median

The median of Radial Diffusivity for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_rd_mean

The mean of Radial Diffusivity for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_rd_std

The standard deviation of Radial Diffusivity for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_volume

The Volume (mm^3) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_fa_median

The median of Fractional Anisotropy for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_fa_mean

The mean of Fractional Anisotropy for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_md_median

The median of Mean Diffusivity for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_md_mean

The mean of Mean Diffusivity for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_md_std

The standard deviation of Mean Diffusivity for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_ad_median

The median of Axial Diffusivity for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_ad_mean

The mean of Axial Diffusivity for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_ad_std

The standard deviation of Axial Diffusivity for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_rd_median

The median of Radial Diffusivity for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_rd_mean

The mean of Radial Diffusivity for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_rd_std

The standard deviation of Radial Diffusivity for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_volume

The Volume (mm^3) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_fa_median

The median of Fractional Anisotropy for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_fa_mean

The mean of Fractional Anisotropy for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_md_median

The median of Mean Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_md_mean

The mean of Mean Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_md_std

The standard deviation of Mean Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_ad_median

The median of Axial Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_ad_mean

The mean of Axial Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_rd_median

The median of Radial Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_rd_mean

The mean of Radial Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_volume

The Volume (mm^3) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_fa_median

The median of Fractional Anisotropy for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_fa_mean

The mean of Fractional Anisotropy for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_md_median

The median of Mean Diffusivity for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_md_mean

The mean of Mean Diffusivity for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_md_std

The standard deviation of Mean Diffusivity for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_ad_median

The median of Axial Diffusivity for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_ad_mean

The mean of Axial Diffusivity for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_rd_median

The median of Radial Diffusivity for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_rd_mean

The mean of Radial Diffusivity for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_volume

The Volume (mm^3) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_fa_median

The median of Fractional Anisotropy for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_md_median

The median of Mean Diffusivity for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_md_mean

The mean of Mean Diffusivity for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_ad_median

The median of Axial Diffusivity for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_rd_median

The median of Radial Diffusivity for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_volume

The Volume (mm^3) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_fa_median

The median of Fractional Anisotropy for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_fa_mean

The mean of Fractional Anisotropy for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_md_median

The median of Mean Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_md_mean

The mean of Mean Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_md_std

The standard deviation of Mean Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_ad_median

The median of Axial Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_ad_mean

The mean of Axial Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_rd_median

The median of Radial Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_rd_mean

The mean of Radial Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_volume

The Volume (mm^3) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_fa_median

The median of Fractional Anisotropy for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_md_median

The median of Mean Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_md_mean

The mean of Mean Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_ad_median

The median of Axial Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_ad_mean

The mean of Axial Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_rd_median

The median of Radial Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_rd_mean

The mean of Radial Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_volume

The Volume (mm^3) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_fa_median

The median of Fractional Anisotropy for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_fa_mean

The mean of Fractional Anisotropy for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_md_median

The median of Mean Diffusivity for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_md_mean

The mean of Mean Diffusivity for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_md_std

The standard deviation of Mean Diffusivity for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_ad_median

The median of Axial Diffusivity for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_ad_mean

The mean of Axial Diffusivity for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_rd_median

The median of Radial Diffusivity for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_rd_mean

The mean of Radial Diffusivity for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_volume

The Volume (mm^3) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_fa_median

The median of Fractional Anisotropy for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_fa_mean

The mean of Fractional Anisotropy for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_md_median

The median of Mean Diffusivity for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_md_mean

The mean of Mean Diffusivity for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_md_std

The standard deviation of Mean Diffusivity for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_ad_median

The median of Axial Diffusivity for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_ad_mean

The mean of Axial Diffusivity for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_rd_median

The median of Radial Diffusivity for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_rd_mean

The mean of Radial Diffusivity for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_volume

The Volume (mm^3) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_fa_median

The median of Fractional Anisotropy for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_fa_mean

The mean of Fractional Anisotropy for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_md_median

The median of Mean Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_md_mean

The mean of Mean Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_md_std

The standard deviation of Mean Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_ad_median

The median of Axial Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_ad_mean

The mean of Axial Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_rd_median

The median of Radial Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_rd_mean

The mean of Radial Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_volume

The Volume (mm^3) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_fa_median

The median of Fractional Anisotropy for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_fa_mean

The mean of Fractional Anisotropy for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_md_median

The median of Mean Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_md_mean

The mean of Mean Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_md_std

The standard deviation of Mean Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_ad_median

The median of Axial Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_ad_mean

The mean of Axial Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_rd_median

The median of Radial Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_rd_mean

The mean of Radial Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_volume

The Volume (mm^3) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_fa_median

The median of Fractional Anisotropy for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_fa_mean

The mean of Fractional Anisotropy for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_md_median

The median of Mean Diffusivity for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_md_mean

The mean of Mean Diffusivity for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_md_std

The standard deviation of Mean Diffusivity for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_ad_median

The median of Axial Diffusivity for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_ad_mean

The mean of Axial Diffusivity for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_rd_median

The median of Radial Diffusivity for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_rd_mean

The mean of Radial Diffusivity for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_volume

The Volume (mm^3) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_fa_median

The median of Fractional Anisotropy for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_md_median

The median of Mean Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_md_mean

The mean of Mean Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_ad_median

The median of Axial Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_ad_mean

The mean of Axial Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_rd_median

The median of Radial Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_rd_mean

The mean of Radial Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_volume

The Volume (mm^3) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_fa_median

The median of Fractional Anisotropy for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_fa_mean

The mean of Fractional Anisotropy for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_md_median

The median of Mean Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_md_mean

The mean of Mean Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_md_std

The standard deviation of Mean Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_ad_median

The median of Axial Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_ad_mean

The mean of Axial Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_rd_median

The median of Radial Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_rd_mean

The mean of Radial Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_volume

The Volume (mm^3) for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_fa_median

The median of Fractional Anisotropy for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_fa_mean

The mean of Fractional Anisotropy for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_md_median

The median of Mean Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_md_mean

The mean of Mean Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_md_std

The standard deviation of Mean Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_ad_median

The median of Axial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_ad_mean

The mean of Axial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_rd_median

The median of Radial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_rd_mean

The mean of Radial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_volume

The Volume (mm^3) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_fa_median

The median of Fractional Anisotropy for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_fa_mean

The mean of Fractional Anisotropy for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_md_median

The median of Mean Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_md_mean

The mean of Mean Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_md_std

The standard deviation of Mean Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_ad_median

The median of Axial Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_ad_mean

The mean of Axial Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_rd_median

The median of Radial Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_rd_mean

The mean of Radial Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_volume

The Volume (mm^3) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_fa_median

The median of Fractional Anisotropy for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_fa_mean

The mean of Fractional Anisotropy for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_fa_std

The standard deviation of Fractional Anisotropy for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_md_median

The median of Mean Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_md_mean

The mean of Mean Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_md_std

The standard deviation of Mean Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_ad_median

The median of Axial Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_ad_mean

The mean of Axial Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_ad_std

The standard deviation of Axial Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_rd_median

The median of Radial Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_rd_mean

The mean of Radial Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_rd_std

The standard deviation of Radial Diffusivity for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_volume

The Volume (mm^3) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_fa_median

The median of Fractional Anisotropy for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_md_median

The median of Mean Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_md_mean

The mean of Mean Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_ad_median

The median of Axial Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_ad_mean

The mean of Axial Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_rd_median

The median of Radial Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_rd_mean

The mean of Radial Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_volume

The Volume (mm^3) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_fa_median

The median of Fractional Anisotropy for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_md_median

The median of Mean Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_md_mean

The mean of Mean Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_ad_median

The median of Axial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_ad_mean

The mean of Axial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_rd_median

The median of Radial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_rd_mean

The mean of Radial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_volume

The Volume (mm^3) for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_fa_median

The median of Fractional Anisotropy for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_md_median

The median of Mean Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_md_mean

The mean of Mean Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_ad_median

The median of Axial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_rd_median

The median of Radial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_volume

The Volume (mm^3) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_fa_median

The median of Fractional Anisotropy for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_fa_mean

The mean of Fractional Anisotropy for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_md_median

The median of Mean Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_md_mean

The mean of Mean Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_md_std

The standard deviation of Mean Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_ad_median

The median of Axial Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_ad_mean

The mean of Axial Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_rd_median

The median of Radial Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_rd_mean

The mean of Radial Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_volume

The Volume (mm^3) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_fa_median

The median of Fractional Anisotropy for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_fa_mean

The mean of Fractional Anisotropy for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_md_median

The median of Mean Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_md_mean

The mean of Mean Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_md_std

The standard deviation of Mean Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_ad_median

The median of Axial Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_ad_mean

The mean of Axial Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_rd_median

The median of Radial Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_rd_mean

The mean of Radial Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_volume

The Volume (mm^3) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_fa_median

The median of Fractional Anisotropy for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_fa_mean

The mean of Fractional Anisotropy for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_md_median

The median of Mean Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_md_mean

The mean of Mean Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_md_std

The standard deviation of Mean Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_ad_median

The median of Axial Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_ad_mean

The mean of Axial Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_rd_median

The median of Radial Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_rd_mean

The mean of Radial Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_volume

The Volume (mm^3) for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_fa_median

The median of Fractional Anisotropy for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_fa_mean

The mean of Fractional Anisotropy for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_md_median

The median of Mean Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_md_mean

The mean of Mean Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_md_std

The standard deviation of Mean Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_ad_median

The median of Axial Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_ad_mean

The mean of Axial Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_rd_median

The median of Radial Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_rd_mean

The mean of Radial Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_volume

The Volume (mm^3) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_fa_median

The median of Fractional Anisotropy for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_md_median

The median of Mean Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_md_mean

The mean of Mean Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_ad_median

The median of Axial Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_ad_mean

The mean of Axial Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_rd_median

The median of Radial Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_rd_mean

The mean of Radial Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_volume

The Volume (mm^3) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_fa_median

The median of Fractional Anisotropy for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_fa_mean

The mean of Fractional Anisotropy for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_md_median

The median of Mean Diffusivity for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_md_mean

The mean of Mean Diffusivity for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_md_std

The standard deviation of Mean Diffusivity for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_ad_median

The median of Axial Diffusivity for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_ad_mean

The mean of Axial Diffusivity for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_rd_median

The median of Radial Diffusivity for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_rd_mean

The mean of Radial Diffusivity for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_volume

The Volume (mm^3) for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_fa_median

The median of Fractional Anisotropy for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_fa_mean

The mean of Fractional Anisotropy for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_md_median

The median of Mean Diffusivity for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_md_mean

The mean of Mean Diffusivity for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_md_std

The standard deviation of Mean Diffusivity for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_ad_median

The median of Axial Diffusivity for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_ad_mean

The mean of Axial Diffusivity for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_rd_median

The median of Radial Diffusivity for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_rd_mean

The mean of Radial Diffusivity for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_volume

The Volume (mm^3) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_fa_median

The median of Fractional Anisotropy for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_fa_mean

The mean of Fractional Anisotropy for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_md_median

The median of Mean Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_md_mean

The mean of Mean Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_md_std

The standard deviation of Mean Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_ad_median

The median of Axial Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_ad_mean

The mean of Axial Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_rd_median

The median of Radial Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_rd_mean

The mean of Radial Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_volume

The Volume (mm^3) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_fa_median

The median of Fractional Anisotropy for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_fa_mean

The mean of Fractional Anisotropy for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_md_median

The median of Mean Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_md_mean

The mean of Mean Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_md_std

The standard deviation of Mean Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_ad_median

The median of Axial Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_ad_mean

The mean of Axial Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_rd_median

The median of Radial Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_rd_mean

The mean of Radial Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_volume

The Volume (mm^3) for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_fa_median

The median of Fractional Anisotropy for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_fa_mean

The mean of Fractional Anisotropy for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_md_median

The median of Mean Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_md_mean

The mean of Mean Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_md_std

The standard deviation of Mean Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_ad_median

The median of Axial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_ad_mean

The mean of Axial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_rd_median

The median of Radial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_rd_mean

The mean of Radial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_volume

The Volume (mm^3) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_fa_median

The median of Fractional Anisotropy for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_fa_mean

The mean of Fractional Anisotropy for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_md_median

The median of Mean Diffusivity for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_md_mean

The mean of Mean Diffusivity for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_md_std

The standard deviation of Mean Diffusivity for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_ad_median

The median of Axial Diffusivity for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_ad_mean

The mean of Axial Diffusivity for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_rd_median

The median of Radial Diffusivity for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_rd_mean

The mean of Radial Diffusivity for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_volume

The Volume (mm^3) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_fa_median

The median of Fractional Anisotropy for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_fa_mean

The mean of Fractional Anisotropy for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_md_median

The median of Mean Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_md_mean

The mean of Mean Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_md_std

The standard deviation of Mean Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_ad_median

The median of Axial Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_ad_mean

The mean of Axial Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_rd_median

The median of Radial Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_rd_mean

The mean of Radial Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_volume

The Volume (mm^3) for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_fa_median

The median of Fractional Anisotropy for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_fa_mean

The mean of Fractional Anisotropy for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_md_median

The median of Mean Diffusivity for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_md_mean

The mean of Mean Diffusivity for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_md_std

The standard deviation of Mean Diffusivity for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_ad_median

The median of Axial Diffusivity for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_ad_mean

The mean of Axial Diffusivity for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_rd_median

The median of Radial Diffusivity for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_rd_mean

The mean of Radial Diffusivity for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_volume

The Volume (mm^3) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_fa_median

The median of Fractional Anisotropy for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_fa_mean

The mean of Fractional Anisotropy for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_md_median

The median of Mean Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_md_mean

The mean of Mean Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_md_std

The standard deviation of Mean Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_ad_median

The median of Axial Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_ad_mean

The mean of Axial Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_rd_median

The median of Radial Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_rd_mean

The mean of Radial Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_volume

The Volume (mm^3) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_fa_median

The median of Fractional Anisotropy for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_fa_mean

The mean of Fractional Anisotropy for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_md_median

The median of Mean Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_md_mean

The mean of Mean Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_md_std

The standard deviation of Mean Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_ad_median

The median of Axial Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_ad_mean

The mean of Axial Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_rd_median

The median of Radial Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_rd_mean

The mean of Radial Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_volume

The Volume (mm^3) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_fa_median

The median of Fractional Anisotropy for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_fa_mean

The mean of Fractional Anisotropy for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_md_median

The median of Mean Diffusivity for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_md_mean

The mean of Mean Diffusivity for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_md_std

The standard deviation of Mean Diffusivity for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_ad_median

The median of Axial Diffusivity for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_ad_mean

The mean of Axial Diffusivity for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_rd_median

The median of Radial Diffusivity for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_rd_mean

The mean of Radial Diffusivity for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_volume

The Volume (mm^3) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_fa_median

The median of Fractional Anisotropy for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_fa_mean

The mean of Fractional Anisotropy for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_md_median

The median of Mean Diffusivity for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_md_mean

The mean of Mean Diffusivity for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_md_std

The standard deviation of Mean Diffusivity for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_ad_median

The median of Axial Diffusivity for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_ad_mean

The mean of Axial Diffusivity for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_rd_median

The median of Radial Diffusivity for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_rd_mean

The mean of Radial Diffusivity for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_volume

The Volume (mm^3) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_fa_median

The median of Fractional Anisotropy for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_fa_mean

The mean of Fractional Anisotropy for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_md_median

The median of Mean Diffusivity for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_md_mean

The mean of Mean Diffusivity for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_md_std

The standard deviation of Mean Diffusivity for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_ad_median

The median of Axial Diffusivity for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_ad_mean

The mean of Axial Diffusivity for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_rd_median

The median of Radial Diffusivity for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_rd_mean

The mean of Radial Diffusivity for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_volume

The Volume (mm^3) for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_fa_median

The median of Fractional Anisotropy for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_fa_mean

The mean of Fractional Anisotropy for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_fa_std

The standard deviation of Fractional Anisotropy for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_md_median

The median of Mean Diffusivity for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_md_mean

The mean of Mean Diffusivity for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_md_std

The standard deviation of Mean Diffusivity for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_ad_median

The median of Axial Diffusivity for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_ad_mean

The mean of Axial Diffusivity for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_ad_std

The standard deviation of Axial Diffusivity for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_rd_median

The median of Radial Diffusivity for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_rd_mean

The mean of Radial Diffusivity for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_rd_std

The standard deviation of Radial Diffusivity for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_volume

The Volume (mm^3) for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_md_median

The median of Mean Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_ad_median

The median of Axial Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_rd_median

The median of Radial Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_volume

The Volume (mm^3) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_md_median

The median of Mean Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_ad_median

The median of Axial Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_rd_median

The median of Radial Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_volume

The Volume (mm^3) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_md_median

The median of Mean Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_ad_median

The median of Axial Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_rd_median

The median of Radial Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_volume

The Volume (mm^3) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_md_median

The median of Mean Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_ad_median

The median of Axial Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_rd_median

The median of Radial Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_volume

The Volume (mm^3) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_md_median

The median of Mean Diffusivity for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_ad_median

The median of Axial Diffusivity for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_rd_median

The median of Radial Diffusivity for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_volume

The Volume (mm^3) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_md_median

The median of Mean Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_ad_median

The median of Axial Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_rd_median

The median of Radial Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_volume

The Volume (mm^3) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_md_median

The median of Mean Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_ad_median

The median of Axial Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_rd_median

The median of Radial Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_volume

The Volume (mm^3) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_md_median

The median of Mean Diffusivity for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_ad_median

The median of Axial Diffusivity for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_rd_median

The median of Radial Diffusivity for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_volume

The Volume (mm^3) for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_md_median

The median of Mean Diffusivity for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_ad_median

The median of Axial Diffusivity for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_rd_median

The median of Radial Diffusivity for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_volume

The Volume (mm^3) for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_md_median

The median of Mean Diffusivity for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_ad_median

The median of Axial Diffusivity for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_rd_median

The median of Radial Diffusivity for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_volume

The Volume (mm^3) for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_md_median

The median of Mean Diffusivity for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_ad_median

The median of Axial Diffusivity for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_rd_median

The median of Radial Diffusivity for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_volume

The Volume (mm^3) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_md_median

The median of Mean Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_ad_median

The median of Axial Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_rd_median

The median of Radial Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_volume

The Volume (mm^3) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_md_median

The median of Mean Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_ad_median

The median of Axial Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_rd_median

The median of Radial Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_volume

The Volume (mm^3) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_md_median

The median of Mean Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_ad_median

The median of Axial Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_rd_median

The median of Radial Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_volume

The Volume (mm^3) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_fa_median

The median of Fractional Anisotropy for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_fa_mean

The mean of Fractional Anisotropy for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_md_median

The median of Mean Diffusivity for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_md_mean

The mean of Mean Diffusivity for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_md_std

The standard deviation of Mean Diffusivity for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_ad_median

The median of Axial Diffusivity for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_ad_mean

The mean of Axial Diffusivity for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_rd_median

The median of Radial Diffusivity for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_rd_mean

The mean of Radial Diffusivity for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_volume

The Volume (mm^3) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_md_median

The median of Mean Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_ad_median

The median of Axial Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_rd_median

The median of Radial Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_volume

The Volume (mm^3) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_md_median

The median of Mean Diffusivity for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_ad_median

The median of Axial Diffusivity for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_rd_median

The median of Radial Diffusivity for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_volume

The Volume (mm^3) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_md_median

The median of Mean Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_ad_median

The median of Axial Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_rd_median

The median of Radial Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_volume

The Volume (mm^3) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_md_median

The median of Mean Diffusivity for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_ad_median

The median of Axial Diffusivity for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_rd_median

The median of Radial Diffusivity for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_volume

The Volume (mm^3) for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_md_median

The median of Mean Diffusivity for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_ad_median

The median of Axial Diffusivity for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_rd_median

The median of Radial Diffusivity for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_volume

The Volume (mm^3) for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_md_median

The median of Mean Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_ad_median

The median of Axial Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_rd_median

The median of Radial Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_volume

The Volume (mm^3) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_fa_median

The median of Fractional Anisotropy for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_fa_mean

The mean of Fractional Anisotropy for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_md_median

The median of Mean Diffusivity for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_md_mean

The mean of Mean Diffusivity for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_md_std

The standard deviation of Mean Diffusivity for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_ad_median

The median of Axial Diffusivity for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_ad_mean

The mean of Axial Diffusivity for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_rd_median

The median of Radial Diffusivity for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_rd_mean

The mean of Radial Diffusivity for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_volume

The Volume (mm^3) for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_fa_median

The median of Fractional Anisotropy for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_fa_mean

The mean of Fractional Anisotropy for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_md_median

The median of Mean Diffusivity for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_md_mean

The mean of Mean Diffusivity for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_md_std

The standard deviation of Mean Diffusivity for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_ad_median

The median of Axial Diffusivity for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_ad_mean

The mean of Axial Diffusivity for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_rd_median

The median of Radial Diffusivity for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_rd_mean

The mean of Radial Diffusivity for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_volume

The Volume (mm^3) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_fa_median

The median of Fractional Anisotropy for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_fa_mean

The mean of Fractional Anisotropy for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_md_median

The median of Mean Diffusivity for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_md_mean

The mean of Mean Diffusivity for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_md_std

The standard deviation of Mean Diffusivity for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_ad_median

The median of Axial Diffusivity for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_ad_mean

The mean of Axial Diffusivity for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_rd_median

The median of Radial Diffusivity for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_rd_mean

The mean of Radial Diffusivity for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_volume

The Volume (mm^3) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_fa_median

The median of Fractional Anisotropy for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_fa_mean

The mean of Fractional Anisotropy for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_md_median

The median of Mean Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_md_mean

The mean of Mean Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_md_std

The standard deviation of Mean Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_ad_median

The median of Axial Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_ad_mean

The mean of Axial Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_rd_median

The median of Radial Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_rd_mean

The mean of Radial Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_volume

The Volume (mm^3) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_fa_median

The median of Fractional Anisotropy for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_md_median

The median of Mean Diffusivity for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_md_mean

The mean of Mean Diffusivity for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_ad_median

The median of Axial Diffusivity for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_rd_median

The median of Radial Diffusivity for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_volume

The Volume (mm^3) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_fa_median

The median of Fractional Anisotropy for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_fa_mean

The mean of Fractional Anisotropy for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_md_median

The median of Mean Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_md_mean

The mean of Mean Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_md_std

The standard deviation of Mean Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_ad_median

The median of Axial Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_ad_mean

The mean of Axial Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_rd_median

The median of Radial Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_rd_mean

The mean of Radial Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_volume

The Volume (mm^3) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_fa_median

The median of Fractional Anisotropy for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_md_median

The median of Mean Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_md_mean

The mean of Mean Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_ad_median

The median of Axial Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_ad_mean

The mean of Axial Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_rd_median

The median of Radial Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_rd_mean

The mean of Radial Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_volume

The Volume (mm^3) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_fa_median

The median of Fractional Anisotropy for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_fa_mean

The mean of Fractional Anisotropy for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_md_median

The median of Mean Diffusivity for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_md_mean

The mean of Mean Diffusivity for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_md_std

The standard deviation of Mean Diffusivity for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_ad_median

The median of Axial Diffusivity for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_ad_mean

The mean of Axial Diffusivity for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_rd_median

The median of Radial Diffusivity for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_rd_mean

The mean of Radial Diffusivity for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_volume

The Volume (mm^3) for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_fa_median

The median of Fractional Anisotropy for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_fa_mean

The mean of Fractional Anisotropy for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_md_median

The median of Mean Diffusivity for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_md_mean

The mean of Mean Diffusivity for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_md_std

The standard deviation of Mean Diffusivity for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_ad_median

The median of Axial Diffusivity for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_ad_mean

The mean of Axial Diffusivity for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_rd_median

The median of Radial Diffusivity for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_rd_mean

The mean of Radial Diffusivity for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_volume

The Volume (mm^3) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_fa_median

The median of Fractional Anisotropy for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_fa_mean

The mean of Fractional Anisotropy for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_md_median

The median of Mean Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_md_mean

The mean of Mean Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_md_std

The standard deviation of Mean Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_ad_median

The median of Axial Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_ad_mean

The mean of Axial Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_rd_median

The median of Radial Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_rd_mean

The mean of Radial Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_volume

The Volume (mm^3) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_fa_median

The median of Fractional Anisotropy for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_fa_mean

The mean of Fractional Anisotropy for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_md_median

The median of Mean Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_md_mean

The mean of Mean Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_md_std

The standard deviation of Mean Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_ad_median

The median of Axial Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_ad_mean

The mean of Axial Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_rd_median

The median of Radial Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_rd_mean

The mean of Radial Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_volume

The Volume (mm^3) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_fa_median

The median of Fractional Anisotropy for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_fa_mean

The mean of Fractional Anisotropy for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_md_median

The median of Mean Diffusivity for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_md_mean

The mean of Mean Diffusivity for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_md_std

The standard deviation of Mean Diffusivity for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_ad_median

The median of Axial Diffusivity for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_ad_mean

The mean of Axial Diffusivity for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_rd_median

The median of Radial Diffusivity for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_rd_mean

The mean of Radial Diffusivity for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_volume

The Volume (mm^3) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_fa_median

The median of Fractional Anisotropy for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_md_median

The median of Mean Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_md_mean

The mean of Mean Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_ad_median

The median of Axial Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_ad_mean

The mean of Axial Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_rd_median

The median of Radial Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_rd_mean

The mean of Radial Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_volume

The Volume (mm^3) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_fa_median

The median of Fractional Anisotropy for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_fa_mean

The mean of Fractional Anisotropy for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_md_median

The median of Mean Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_md_mean

The mean of Mean Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_md_std

The standard deviation of Mean Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_ad_median

The median of Axial Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_ad_mean

The mean of Axial Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_rd_median

The median of Radial Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_rd_mean

The mean of Radial Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_volume

The Volume (mm^3) for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_fa_median

The median of Fractional Anisotropy for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_fa_mean

The mean of Fractional Anisotropy for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_md_median

The median of Mean Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_md_mean

The mean of Mean Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_md_std

The standard deviation of Mean Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_ad_median

The median of Axial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_ad_mean

The mean of Axial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_rd_median

The median of Radial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_rd_mean

The mean of Radial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_volume

The Volume (mm^3) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_fa_median

The median of Fractional Anisotropy for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_fa_mean

The mean of Fractional Anisotropy for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_md_median

The median of Mean Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_md_mean

The mean of Mean Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_md_std

The standard deviation of Mean Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_ad_median

The median of Axial Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_ad_mean

The mean of Axial Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_rd_median

The median of Radial Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_rd_mean

The mean of Radial Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_volume

The Volume (mm^3) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_fa_median

The median of Fractional Anisotropy for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_fa_mean

The mean of Fractional Anisotropy for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_md_median

The median of Mean Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_md_mean

The mean of Mean Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_md_std

The standard deviation of Mean Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_ad_median

The median of Axial Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_ad_mean

The mean of Axial Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_rd_median

The median of Radial Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_rd_mean

The mean of Radial Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_volume

The Volume (mm^3) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_fa_median

The median of Fractional Anisotropy for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_md_median

The median of Mean Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_md_mean

The mean of Mean Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_ad_median

The median of Axial Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_ad_mean

The mean of Axial Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_rd_median

The median of Radial Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_rd_mean

The mean of Radial Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_volume

The Volume (mm^3) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_fa_median

The median of Fractional Anisotropy for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_fa_mean

The mean of Fractional Anisotropy for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_md_median

The median of Mean Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_md_mean

The mean of Mean Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_md_std

The standard deviation of Mean Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_ad_median

The median of Axial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_ad_mean

The mean of Axial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_rd_median

The median of Radial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_rd_mean

The mean of Radial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_volume

The Volume (mm^3) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_fa_median

The median of Fractional Anisotropy for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_fa_mean

The mean of Fractional Anisotropy for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_md_median

The median of Mean Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_md_mean

The mean of Mean Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_md_std

The standard deviation of Mean Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_ad_median

The median of Axial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_ad_mean

The mean of Axial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_rd_median

The median of Radial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_rd_mean

The mean of Radial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_volume

The Volume (mm^3) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_fa_median

The median of Fractional Anisotropy for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_fa_mean

The mean of Fractional Anisotropy for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_md_median

The median of Mean Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_md_mean

The mean of Mean Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_md_std

The standard deviation of Mean Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_ad_median

The median of Axial Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_ad_mean

The mean of Axial Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_rd_median

The median of Radial Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_rd_mean

The mean of Radial Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_volume

The Volume (mm^3) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_fa_median

The median of Fractional Anisotropy for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_fa_mean

The mean of Fractional Anisotropy for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_md_median

The median of Mean Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_md_mean

The mean of Mean Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_md_std

The standard deviation of Mean Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_ad_median

The median of Axial Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_ad_mean

The mean of Axial Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_rd_median

The median of Radial Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_rd_mean

The mean of Radial Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_volume

The Volume (mm^3) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_fa_median

The median of Fractional Anisotropy for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_fa_mean

The mean of Fractional Anisotropy for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_md_median

The median of Mean Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_md_mean

The mean of Mean Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_md_std

The standard deviation of Mean Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_ad_median

The median of Axial Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_ad_mean

The mean of Axial Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_rd_median

The median of Radial Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_rd_mean

The mean of Radial Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_volume

The Volume (mm^3) for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_fa_median

The median of Fractional Anisotropy for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_fa_mean

The mean of Fractional Anisotropy for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_md_median

The median of Mean Diffusivity for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_md_mean

The mean of Mean Diffusivity for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_md_std

The standard deviation of Mean Diffusivity for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_ad_median

The median of Axial Diffusivity for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_ad_mean

The mean of Axial Diffusivity for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_rd_median

The median of Radial Diffusivity for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_rd_mean

The mean of Radial Diffusivity for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_volume

The Volume (mm^3) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_fa_median

The median of Fractional Anisotropy for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_fa_mean

The mean of Fractional Anisotropy for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_md_median

The median of Mean Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_md_mean

The mean of Mean Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_md_std

The standard deviation of Mean Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_ad_median

The median of Axial Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_ad_mean

The mean of Axial Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_rd_median

The median of Radial Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_rd_mean

The mean of Radial Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_volume

The Volume (mm^3) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_fa_median

The median of Fractional Anisotropy for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_fa_mean

The mean of Fractional Anisotropy for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_md_median

The median of Mean Diffusivity for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_md_mean

The mean of Mean Diffusivity for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_md_std

The standard deviation of Mean Diffusivity for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_ad_median

The median of Axial Diffusivity for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_ad_mean

The mean of Axial Diffusivity for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_rd_median

The median of Radial Diffusivity for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_rd_mean

The mean of Radial Diffusivity for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_volume

The Volume (mm^3) for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_fa_median

The median of Fractional Anisotropy for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_fa_mean

The mean of Fractional Anisotropy for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_md_median

The median of Mean Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_md_mean

The mean of Mean Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_md_std

The standard deviation of Mean Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_ad_median

The median of Axial Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_ad_mean

The mean of Axial Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_rd_median

The median of Radial Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_rd_mean

The mean of Radial Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_volume

The Volume (mm^3) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_fa_median

The median of Fractional Anisotropy for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_fa_mean

The mean of Fractional Anisotropy for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_md_median

The median of Mean Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_md_mean

The mean of Mean Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_md_std

The standard deviation of Mean Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_ad_median

The median of Axial Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_ad_mean

The mean of Axial Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_rd_median

The median of Radial Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_rd_mean

The mean of Radial Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_volume

The Volume (mm^3) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_fa_median

The median of Fractional Anisotropy for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_fa_mean

The mean of Fractional Anisotropy for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_md_median

The median of Mean Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_md_mean

The mean of Mean Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_md_std

The standard deviation of Mean Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_ad_median

The median of Axial Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_ad_mean

The mean of Axial Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_rd_median

The median of Radial Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_rd_mean

The mean of Radial Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_volume

The Volume (mm^3) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_fa_median

The median of Fractional Anisotropy for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_fa_mean

The mean of Fractional Anisotropy for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_md_median

The median of Mean Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_md_mean

The mean of Mean Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_md_std

The standard deviation of Mean Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_ad_median

The median of Axial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_ad_mean

The mean of Axial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_rd_median

The median of Radial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_rd_mean

The mean of Radial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_volume

The Volume (mm^3) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_fa_median

The median of Fractional Anisotropy for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_fa_mean

The mean of Fractional Anisotropy for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_md_median

The median of Mean Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_md_mean

The mean of Mean Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_md_std

The standard deviation of Mean Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_ad_median

The median of Axial Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_ad_mean

The mean of Axial Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_rd_median

The median of Radial Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_rd_mean

The mean of Radial Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_volume

The Volume (mm^3) for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_fa_median

The median of Fractional Anisotropy for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_fa_mean

The mean of Fractional Anisotropy for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_md_median

The median of Mean Diffusivity for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_md_mean

The mean of Mean Diffusivity for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_md_std

The standard deviation of Mean Diffusivity for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_ad_median

The median of Axial Diffusivity for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_ad_mean

The mean of Axial Diffusivity for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_rd_median

The median of Radial Diffusivity for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_rd_mean

The mean of Radial Diffusivity for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_volume

The Volume (mm^3) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_fa_median

The median of Fractional Anisotropy for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_fa_mean

The mean of Fractional Anisotropy for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_md_median

The median of Mean Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_md_mean

The mean of Mean Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_md_std

The standard deviation of Mean Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_ad_median

The median of Axial Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_ad_mean

The mean of Axial Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_rd_median

The median of Radial Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_rd_mean

The mean of Radial Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_volume

The Volume (mm^3) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_fa_median

The median of Fractional Anisotropy for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_fa_mean

The mean of Fractional Anisotropy for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_fa_std

The standard deviation of Fractional Anisotropy for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_md_median

The median of Mean Diffusivity for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_md_mean

The mean of Mean Diffusivity for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_md_std

The standard deviation of Mean Diffusivity for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_ad_median

The median of Axial Diffusivity for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_ad_mean

The mean of Axial Diffusivity for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_ad_std

The standard deviation of Axial Diffusivity for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_rd_median

The median of Radial Diffusivity for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_rd_mean

The mean of Radial Diffusivity for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_rd_std

The standard deviation of Radial Diffusivity for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_volume

The Volume (mm^3) for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_freewater_median

The median of Free Water Metric for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_parietal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_freewater_median

The median of Free Water Metric for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_freewater_mean

The mean of Free Water Metric for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_left_freewater_std

The standard deviation of Free Water Metric for the ROI of caudate_nucleus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_freewater_median

The median of Free Water Metric for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_freewater_median

The median of Free Water Metric for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_freewater_median

The median of Free Water Metric for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_frontal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_freewater_median

The median of Free Water Metric for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of precentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_freewater_median

The median of Free Water Metric for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of postcentral_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_freewater_median

The median of Free Water Metric for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of angular_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_freewater_median

The median of Free Water Metric for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of pre_cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_freewater_median

The median of Free Water Metric for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of cuneus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_freewater_median

The median of Free Water Metric for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of lingual_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_freewater_median

The median of Free Water Metric for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of fusiform_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_freewater_median

The median of Free Water Metric for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_freewater_mean

The mean of Free Water Metric for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_caudate_nucleus_right_freewater_std

The standard deviation of Free Water Metric for the ROI of caudate_nucleus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_freewater_median

The median of Free Water Metric for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_freewater_median

The median of Free Water Metric for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_freewater_median

The median of Free Water Metric for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_occipital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_freewater_median

The median of Free Water Metric for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_freewater_mean

The mean of Free Water Metric for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_left_freewater_std

The standard deviation of Free Water Metric for the ROI of entorhinal_area_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_freewater_median

The median of Free Water Metric for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_freewater_median

The median of Free Water Metric for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_freewater_median

The median of Free Water Metric for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_temporal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_freewater_median

The median of Free Water Metric for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of lateral_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_freewater_median

The median of Free Water Metric for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_fronto_orbital_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_freewater_median

The median of Free Water Metric for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of supramarginal_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_freewater_median

The median of Free Water Metric for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_freewater_mean

The mean of Free Water Metric for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_left_freewater_std

The standard deviation of Free Water Metric for the ROI of rectus_wm_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_freewater_median

The median of Free Water Metric for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_freewater_mean

The mean of Free Water Metric for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_freewater_std

The standard deviation of Free Water Metric for the ROI of amygdala in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_freewater_median

The median of Free Water Metric for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_freewater_mean

The mean of Free Water Metric for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_freewater_std

The standard deviation of Free Water Metric for the ROI of hippocampus in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_freewater_median

The median of Free Water Metric for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_freewater_mean

The mean of Free Water Metric for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_left_freewater_std

The standard deviation of Free Water Metric for the ROI of putamen_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_freewater_median

The median of Free Water Metric for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_freewater_mean

The mean of Free Water Metric for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_left_freewater_std

The standard deviation of Free Water Metric for the ROI of corticospinal_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_freewater_median

The median of Free Water Metric for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_freewater_mean

The mean of Free Water Metric for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_left_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_freewater_median

The median of Free Water Metric for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_freewater_mean

The mean of Free Water Metric for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_left_freewater_std

The standard deviation of Free Water Metric for the ROI of medial_lemniscus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_freewater_median

The median of Free Water Metric for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_freewater_mean

The mean of Free Water Metric for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_left_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_freewater_median

The median of Free Water Metric for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_freewater_mean

The mean of Free Water Metric for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_left_freewater_std

The standard deviation of Free Water Metric for the ROI of cerebral_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_freewater_median

The median of Free Water Metric for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_freewater_mean

The mean of Free Water Metric for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_left_freewater_std

The standard deviation of Free Water Metric for the ROI of anterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_freewater_median

The median of Free Water Metric for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_freewater_mean

The mean of Free Water Metric for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_left_freewater_std

The standard deviation of Free Water Metric for the ROI of posterior_limb_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_freewater_median

The median of Free Water Metric for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_freewater_mean

The mean of Free Water Metric for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_left_freewater_std

The standard deviation of Free Water Metric for the ROI of posterior_thalamic_radiation_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_freewater_median

The median of Free Water Metric for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_freewater_mean

The mean of Free Water Metric for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_left_freewater_std

The standard deviation of Free Water Metric for the ROI of anterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_freewater_median

The median of Free Water Metric for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_freewater_mean

The mean of Free Water Metric for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_left_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_freewater_median

The median of Free Water Metric for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_freewater_mean

The mean of Free Water Metric for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_left_freewater_std

The standard deviation of Free Water Metric for the ROI of posterior_corona_radiata_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_freewater_median

The median of Free Water Metric for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_freewater_mean

The mean of Free Water Metric for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_left_freewater_std

The standard deviation of Free Water Metric for the ROI of cingulum_(cingulate_gyrus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_freewater_median

The median of Free Water Metric for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_freewater_mean

The mean of Free Water Metric for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_left_freewater_std

The standard deviation of Free Water Metric for the ROI of cingulum_(hippocampus)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_freewater_median

The median of Free Water Metric for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_freewater_mean

The mean of Free Water Metric for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalisleft_freewater_std

The standard deviation of Free Water Metric for the ROI of fornix(cres)_stria_terminalisleft in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_freewater_median

The median of Free Water Metric for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_freewater_mean

The mean of Free Water Metric for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_left_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_longitudinal_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_freewater_median

The median of Free Water Metric for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_freewater_mean

The mean of Free Water Metric for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_left_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_freewater_median

The median of Free Water Metric for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_freewater_mean

The mean of Free Water Metric for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_left_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_fronto_occipital_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_freewater_median

The median of Free Water Metric for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_freewater_mean

The mean of Free Water Metric for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_left_freewater_std

The standard deviation of Free Water Metric for the ROI of sagittal_stratum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_freewater_median

The median of Free Water Metric for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_freewater_mean

The mean of Free Water Metric for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_left_freewater_std

The standard deviation of Free Water Metric for the ROI of external_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_freewater_median

The median of Free Water Metric for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_freewater_mean

The mean of Free Water Metric for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_left_freewater_std

The standard deviation of Free Water Metric for the ROI of uncinate_fasciculus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_freewater_median

The median of Free Water Metric for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_freewater_mean

The mean of Free Water Metric for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_crossing_tract_left_freewater_std

The standard deviation of Free Water Metric for the ROI of pontine_crossing_tract_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_freewater_median

The median of Free Water Metric for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_freewater_mean

The mean of Free Water Metric for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_left_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_cerebellar_peduncle_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_freewater_median

The median of Free Water Metric for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_freewater_mean

The mean of Free Water Metric for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_left_freewater_std

The standard deviation of Free Water Metric for the ROI of fornix_(column_and_body)_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_freewater_median

The median of Free Water Metric for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_freewater_mean

The mean of Free Water Metric for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_left_freewater_std

The standard deviation of Free Water Metric for the ROI of genu_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_freewater_median

The median of Free Water Metric for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_freewater_mean

The mean of Free Water Metric for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_left_freewater_std

The standard deviation of Free Water Metric for the ROI of body_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_freewater_median

The median of Free Water Metric for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_freewater_mean

The mean of Free Water Metric for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_left_freewater_std

The standard deviation of Free Water Metric for the ROI of splenium_of_corpus_callosum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_freewater_median

The median of Free Water Metric for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_freewater_mean

The mean of Free Water Metric for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_left_freewater_std

The standard deviation of Free Water Metric for the ROI of retrolenticular_part_of_internal_capsule_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_freewater_median

The median of Free Water Metric for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_freewater_mean

The mean of Free Water Metric for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_putamen_right_freewater_std

The standard deviation of Free Water Metric for the ROI of putamen_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_freewater_median

The median of Free Water Metric for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_freewater_mean

The mean of Free Water Metric for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_left_freewater_std

The standard deviation of Free Water Metric for the ROI of tapatum_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_freewater_median

The median of Free Water Metric for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_freewater_mean

The mean of Free Water Metric for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_left_freewater_std

The standard deviation of Free Water Metric for the ROI of globus_pallidus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_freewater_median

The median of Free Water Metric for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_freewater_mean

The mean of Free Water Metric for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_globus_pallidus_right_freewater_std

The standard deviation of Free Water Metric for the ROI of globus_pallidus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_freewater_median

The median of Free Water Metric for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_freewater_mean

The mean of Free Water Metric for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_left_freewater_std

The standard deviation of Free Water Metric for the ROI of thalamus_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_freewater_median

The median of Free Water Metric for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_freewater_mean

The mean of Free Water Metric for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_thalamus_right_freewater_std

The standard deviation of Free Water Metric for the ROI of thalamus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_freewater_median

The median of Free Water Metric for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_freewater_mean

The mean of Free Water Metric for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_left_freewater_std

The standard deviation of Free Water Metric for the ROI of midbrain_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_freewater_median

The median of Free Water Metric for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_freewater_mean

The mean of Free Water Metric for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_left_freewater_std

The standard deviation of Free Water Metric for the ROI of pons_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_freewater_median

The median of Free Water Metric for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_freewater_mean

The mean of Free Water Metric for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_left_freewater_std

The standard deviation of Free Water Metric for the ROI of medulla_left in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_freewater_median

The median of Free Water Metric for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_parietal_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_parietal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_freewater_median

The median of Free Water Metric for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_frontal_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_freewater_median

The median of Free Water Metric for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_frontal_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_freewater_median

The median of Free Water Metric for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_frontal_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_frontal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_freewater_median

The median of Free Water Metric for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_precentral_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of precentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_freewater_median

The median of Free Water Metric for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_postcentral_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of postcentral_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_freewater_median

The median of Free Water Metric for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_angular_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of angular_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_freewater_median

The median of Free Water Metric for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pre_cuneus_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of pre_cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_freewater_median

The median of Free Water Metric for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cuneus_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of cuneus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_freewater_median

The median of Free Water Metric for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lingual_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of lingual_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_freewater_median

The median of Free Water Metric for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fusiform_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of fusiform_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_freewater_median

The median of Free Water Metric for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_occipital_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_freewater_median

The median of Free Water Metric for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_occipital_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_freewater_median

The median of Free Water Metric for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_occipital_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_occipital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_freewater_median

The median of Free Water Metric for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_freewater_mean

The mean of Free Water Metric for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_entorhinal_area_right_freewater_std

The standard deviation of Free Water Metric for the ROI of entorhinal_area_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_freewater_median

The median of Free Water Metric for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_temporal_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_freewater_median

The median of Free Water Metric for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_inferior_temporal_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_freewater_median

The median of Free Water Metric for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_temporal_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_temporal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_freewater_median

The median of Free Water Metric for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_lateral_fronto_orbital_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of lateral_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_freewater_median

The median of Free Water Metric for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_fronto_orbital_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_fronto_orbital_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_freewater_median

The median of Free Water Metric for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_supramarginal_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of supramarginal_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_freewater_median

The median of Free Water Metric for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_freewater_mean

The mean of Free Water Metric for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_rectus_wm_right_freewater_std

The standard deviation of Free Water Metric for the ROI of rectus_wm_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_freewater_median

The median of Free Water Metric for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_freewater_mean

The mean of Free Water Metric for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_amygdala_right_freewater_std

The standard deviation of Free Water Metric for the ROI of amygdala_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_freewater_median

The median of Free Water Metric for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_freewater_mean

The mean of Free Water Metric for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_hippocampus_right_freewater_std

The standard deviation of Free Water Metric for the ROI of hippocampus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_freewater_median

The median of Free Water Metric for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_freewater_mean

The mean of Free Water Metric for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_corticospinal_tract_right_freewater_std

The standard deviation of Free Water Metric for the ROI of corticospinal_tract_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_freewater_median

The median of Free Water Metric for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_freewater_mean

The mean of Free Water Metric for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_icp_right_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_freewater_median

The median of Free Water Metric for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_freewater_mean

The mean of Free Water Metric for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medial_lemniscus_right_freewater_std

The standard deviation of Free Water Metric for the ROI of medial_lemniscus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_freewater_median

The median of Free Water Metric for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_freewater_mean

The mean of Free Water Metric for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_scp_right_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_freewater_median

The median of Free Water Metric for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_freewater_mean

The mean of Free Water Metric for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cerebral_peduncle_right_freewater_std

The standard deviation of Free Water Metric for the ROI of cerebral_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_freewater_median

The median of Free Water Metric for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_freewater_mean

The mean of Free Water Metric for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_alic_right_freewater_std

The standard deviation of Free Water Metric for the ROI of anterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_freewater_median

The median of Free Water Metric for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_freewater_mean

The mean of Free Water Metric for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_plic_right_freewater_std

The standard deviation of Free Water Metric for the ROI of posterior_limb_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_freewater_median

The median of Free Water Metric for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_freewater_mean

The mean of Free Water Metric for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ptr_right_freewater_std

The standard deviation of Free Water Metric for the ROI of posterior_thalamic_radiation_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_freewater_median

The median of Free Water Metric for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_freewater_mean

The mean of Free Water Metric for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_anterior_corona_radiata_right_freewater_std

The standard deviation of Free Water Metric for the ROI of anterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_freewater_median

The median of Free Water Metric for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_freewater_mean

The mean of Free Water Metric for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_superior_corona_radiata_right_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_freewater_median

The median of Free Water Metric for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_freewater_mean

The mean of Free Water Metric for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_posterior_corona_radiata_right_freewater_std

The standard deviation of Free Water Metric for the ROI of posterior_corona_radiata_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_freewater_median

The median of Free Water Metric for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_freewater_mean

The mean of Free Water Metric for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_cingulate_gyrus_right_freewater_std

The standard deviation of Free Water Metric for the ROI of cingulum_(cingulate_gyrus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_freewater_median

The median of Free Water Metric for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_freewater_mean

The mean of Free Water Metric for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_cingulum_hippocampus_right_freewater_std

The standard deviation of Free Water Metric for the ROI of cingulum_(hippocampus)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_freewater_median

The median of Free Water Metric for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_freewater_mean

The mean of Free Water Metric for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornixcres_stria_terminalis_right_freewater_std

The standard deviation of Free Water Metric for the ROI of fornix(cres)_stria_terminalis_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_freewater_median

The median of Free Water Metric for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_freewater_mean

The mean of Free Water Metric for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_slf_right_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_longitudinal_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_freewater_median

The median of Free Water Metric for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_freewater_mean

The mean of Free Water Metric for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sfof_right_freewater_std

The standard deviation of Free Water Metric for the ROI of superior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_freewater_median

The median of Free Water Metric for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_freewater_mean

The mean of Free Water Metric for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ifof_right_freewater_std

The standard deviation of Free Water Metric for the ROI of inferior_fronto_occipital_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_freewater_median

The median of Free Water Metric for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_freewater_mean

The mean of Free Water Metric for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_sagittal_stratum_right_freewater_std

The standard deviation of Free Water Metric for the ROI of sagittal_stratum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_freewater_median

The median of Free Water Metric for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_freewater_mean

The mean of Free Water Metric for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_external_capsule_right_freewater_std

The standard deviation of Free Water Metric for the ROI of external_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_freewater_median

The median of Free Water Metric for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_freewater_mean

The mean of Free Water Metric for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_uncinate_fasciculus_right_freewater_std

The standard deviation of Free Water Metric for the ROI of uncinate_fasciculus_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_freewater_median

The median of Free Water Metric for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_freewater_mean

The mean of Free Water Metric for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pontine_mcp_right_freewater_std

The standard deviation of Free Water Metric for the ROI of pontine_crossing_tract_(a_part_of_mcp)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_freewater_median

The median of Free Water Metric for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_freewater_mean

The mean of Free Water Metric for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_middle_cerebellar_peduncle_right_freewater_std

The standard deviation of Free Water Metric for the ROI of middle_cerebellar_peduncle_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_freewater_median

The median of Free Water Metric for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_freewater_mean

The mean of Free Water Metric for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_fornix_column_and_body_right_freewater_std

The standard deviation of Free Water Metric for the ROI of fornix_(column_and_body)_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_freewater_median

The median of Free Water Metric for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_freewater_mean

The mean of Free Water Metric for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_genu_of_corpus_callosum_right_freewater_std

The standard deviation of Free Water Metric for the ROI of genu_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_freewater_median

The median of Free Water Metric for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_freewater_mean

The mean of Free Water Metric for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_body_of_corpus_callosum_right_freewater_std

The standard deviation of Free Water Metric for the ROI of body_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_freewater_median

The median of Free Water Metric for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_freewater_mean

The mean of Free Water Metric for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_splenium_of_corpus_callosum_right_freewater_std

The standard deviation of Free Water Metric for the ROI of splenium_of_corpus_callosum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_freewater_median

The median of Free Water Metric for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_freewater_mean

The mean of Free Water Metric for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_ric_right_freewater_std

The standard deviation of Free Water Metric for the ROI of retrolenticular_part_of_internal_capsule_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_freewater_median

The median of Free Water Metric for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_freewater_mean

The mean of Free Water Metric for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_tapatum_right_freewater_std

The standard deviation of Free Water Metric for the ROI of tapatum_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_freewater_median

The median of Free Water Metric for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_freewater_mean

The mean of Free Water Metric for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_midbrain_right_freewater_std

The standard deviation of Free Water Metric for the ROI of midbrain_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_freewater_median

The median of Free Water Metric for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_freewater_mean

The mean of Free Water Metric for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_pons_right_freewater_std

The standard deviation of Free Water Metric for the ROI of pons_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_freewater_median

The median of Free Water Metric for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_freewater_mean

The mean of Free Water Metric for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

jhu_medulla_right_freewater_std

The standard deviation of Free Water Metric for the ROI of medulla_right in the Johns Hopkins Eve Type 3 white matter atlas (Raw)

t1seg_3rd_ventricle_fa_median

The median of Fractional Anisotropy for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_fa_mean

The mean of Fractional Anisotropy for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_fa_std

The standard deviation of Fractional Anisotropy for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_md_median

The median of Mean Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_md_mean

The mean of Mean Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_md_std

The standard deviation of Mean Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_ad_median

The median of Axial Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_ad_mean

The mean of Axial Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_ad_std

The standard deviation of Axial Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_rd_median

The median of Radial Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_rd_mean

The mean of Radial Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_rd_std

The standard deviation of Radial Diffusivity for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_volume

The Volume (mm^3) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_fa_median

The median of Fractional Anisotropy for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_fa_mean

The mean of Fractional Anisotropy for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_fa_std

The standard deviation of Fractional Anisotropy for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_md_median

The median of Mean Diffusivity for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_md_mean

The mean of Mean Diffusivity for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_md_std

The standard deviation of Mean Diffusivity for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_ad_median

The median of Axial Diffusivity for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_ad_mean

The mean of Axial Diffusivity for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_ad_std

The standard deviation of Axial Diffusivity for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_rd_median

The median of Radial Diffusivity for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_rd_mean

The mean of Radial Diffusivity for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_rd_std

The standard deviation of Radial Diffusivity for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_volume

The Volume (mm^3) for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_fa_median

The median of Fractional Anisotropy for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_fa_mean

The mean of Fractional Anisotropy for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_md_median

The median of Mean Diffusivity for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_md_mean

The mean of Mean Diffusivity for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_md_std

The standard deviation of Mean Diffusivity for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_ad_median

The median of Axial Diffusivity for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_ad_mean

The mean of Axial Diffusivity for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_rd_median

The median of Radial Diffusivity for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_rd_mean

The mean of Radial Diffusivity for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_volume

The Volume (mm^3) for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_fa_median

The median of Fractional Anisotropy for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_fa_mean

The mean of Fractional Anisotropy for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_md_median

The median of Mean Diffusivity for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_md_mean

The mean of Mean Diffusivity for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_md_std

The standard deviation of Mean Diffusivity for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_ad_median

The median of Axial Diffusivity for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_ad_mean

The mean of Axial Diffusivity for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_rd_median

The median of Radial Diffusivity for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_rd_mean

The mean of Radial Diffusivity for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_volume

The Volume (mm^3) for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_fa_median

The median of Fractional Anisotropy for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_fa_mean

The mean of Fractional Anisotropy for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_md_median

The median of Mean Diffusivity for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_md_mean

The mean of Mean Diffusivity for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_md_std

The standard deviation of Mean Diffusivity for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_ad_median

The median of Axial Diffusivity for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_ad_mean

The mean of Axial Diffusivity for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_rd_median

The median of Radial Diffusivity for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_rd_mean

The mean of Radial Diffusivity for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_volume

The Volume (mm^3) for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_fa_median

The median of Fractional Anisotropy for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_fa_mean

The mean of Fractional Anisotropy for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_md_median

The median of Mean Diffusivity for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_md_mean

The mean of Mean Diffusivity for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_md_std

The standard deviation of Mean Diffusivity for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_ad_median

The median of Axial Diffusivity for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_ad_mean

The mean of Axial Diffusivity for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_rd_median

The median of Radial Diffusivity for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_rd_mean

The mean of Radial Diffusivity for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_volume

The Volume (mm^3) for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_fa_median

The median of Fractional Anisotropy for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_fa_mean

The mean of Fractional Anisotropy for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_fa_std

The standard deviation of Fractional Anisotropy for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_md_median

The median of Mean Diffusivity for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_md_mean

The mean of Mean Diffusivity for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_md_std

The standard deviation of Mean Diffusivity for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_ad_median

The median of Axial Diffusivity for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_ad_mean

The mean of Axial Diffusivity for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_ad_std

The standard deviation of Axial Diffusivity for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_rd_median

The median of Radial Diffusivity for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_rd_mean

The mean of Radial Diffusivity for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_rd_std

The standard deviation of Radial Diffusivity for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_volume

The Volume (mm^3) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_fa_median

The median of Fractional Anisotropy for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_fa_mean

The mean of Fractional Anisotropy for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_md_median

The median of Mean Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_md_mean

The mean of Mean Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_md_std

The standard deviation of Mean Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_ad_median

The median of Axial Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_ad_mean

The mean of Axial Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_rd_median

The median of Radial Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_rd_mean

The mean of Radial Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_volume

The Volume (mm^3) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_fa_median

The median of Fractional Anisotropy for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_fa_mean

The mean of Fractional Anisotropy for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_md_median

The median of Mean Diffusivity for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_md_mean

The mean of Mean Diffusivity for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_md_std

The standard deviation of Mean Diffusivity for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_ad_median

The median of Axial Diffusivity for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_ad_mean

The mean of Axial Diffusivity for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_rd_median

The median of Radial Diffusivity for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_rd_mean

The mean of Radial Diffusivity for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_volume

The Volume (mm^3) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_fa_median

The median of Fractional Anisotropy for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_fa_mean

The mean of Fractional Anisotropy for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_md_median

The median of Mean Diffusivity for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_md_mean

The mean of Mean Diffusivity for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_md_std

The standard deviation of Mean Diffusivity for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_ad_median

The median of Axial Diffusivity for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_ad_mean

The mean of Axial Diffusivity for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_rd_median

The median of Radial Diffusivity for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_rd_mean

The mean of Radial Diffusivity for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_volume

The Volume (mm^3) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_fa_median

The median of Fractional Anisotropy for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_fa_mean

The mean of Fractional Anisotropy for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_md_median

The median of Mean Diffusivity for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_md_mean

The mean of Mean Diffusivity for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_md_std

The standard deviation of Mean Diffusivity for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_ad_median

The median of Axial Diffusivity for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_ad_mean

The mean of Axial Diffusivity for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_rd_median

The median of Radial Diffusivity for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_rd_mean

The mean of Radial Diffusivity for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_volume

The Volume (mm^3) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_fa_median

The median of Fractional Anisotropy for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_fa_mean

The mean of Fractional Anisotropy for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_md_median

The median of Mean Diffusivity for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_md_mean

The mean of Mean Diffusivity for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_md_std

The standard deviation of Mean Diffusivity for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_ad_median

The median of Axial Diffusivity for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_ad_mean

The mean of Axial Diffusivity for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_rd_median

The median of Radial Diffusivity for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_rd_mean

The mean of Radial Diffusivity for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_volume

The Volume (mm^3) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_fa_median

The median of Fractional Anisotropy for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_fa_mean

The mean of Fractional Anisotropy for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_md_median

The median of Mean Diffusivity for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_md_mean

The mean of Mean Diffusivity for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_md_std

The standard deviation of Mean Diffusivity for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_ad_median

The median of Axial Diffusivity for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_ad_mean

The mean of Axial Diffusivity for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_rd_median

The median of Radial Diffusivity for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_rd_mean

The mean of Radial Diffusivity for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_volume

The Volume (mm^3) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_fa_median

The median of Fractional Anisotropy for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_fa_mean

The mean of Fractional Anisotropy for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_md_median

The median of Mean Diffusivity for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_md_mean

The mean of Mean Diffusivity for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_md_std

The standard deviation of Mean Diffusivity for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_ad_median

The median of Axial Diffusivity for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_ad_mean

The mean of Axial Diffusivity for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_rd_median

The median of Radial Diffusivity for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_rd_mean

The mean of Radial Diffusivity for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_volume

The Volume (mm^3) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_fa_median

The median of Fractional Anisotropy for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_fa_mean

The mean of Fractional Anisotropy for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_md_median

The median of Mean Diffusivity for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_md_mean

The mean of Mean Diffusivity for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_md_std

The standard deviation of Mean Diffusivity for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_ad_median

The median of Axial Diffusivity for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_ad_mean

The mean of Axial Diffusivity for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_rd_median

The median of Radial Diffusivity for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_rd_mean

The mean of Radial Diffusivity for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_volume

The Volume (mm^3) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_fa_median

The median of Fractional Anisotropy for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_md_median

The median of Mean Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_md_mean

The mean of Mean Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_ad_median

The median of Axial Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_ad_mean

The mean of Axial Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_rd_median

The median of Radial Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_rd_mean

The mean of Radial Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_volume

The Volume (mm^3) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_fa_median

The median of Fractional Anisotropy for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_md_median

The median of Mean Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_md_mean

The mean of Mean Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_ad_median

The median of Axial Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_ad_mean

The mean of Axial Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_rd_median

The median of Radial Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_rd_mean

The mean of Radial Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_volume

The Volume (mm^3) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_fa_median

The median of Fractional Anisotropy for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_fa_mean

The mean of Fractional Anisotropy for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_md_median

The median of Mean Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_md_mean

The mean of Mean Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_md_std

The standard deviation of Mean Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_ad_median

The median of Axial Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_ad_mean

The mean of Axial Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_rd_median

The median of Radial Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_rd_mean

The mean of Radial Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_volume

The Volume (mm^3) for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_fa_median

The median of Fractional Anisotropy for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_fa_mean

The mean of Fractional Anisotropy for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_md_median

The median of Mean Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_md_mean

The mean of Mean Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_md_std

The standard deviation of Mean Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_ad_median

The median of Axial Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_ad_mean

The mean of Axial Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_rd_median

The median of Radial Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_rd_mean

The mean of Radial Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_volume

The Volume (mm^3) for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_fa_median

The median of Fractional Anisotropy for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_fa_mean

The mean of Fractional Anisotropy for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_md_median

The median of Mean Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_md_mean

The mean of Mean Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_md_std

The standard deviation of Mean Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_ad_median

The median of Axial Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_ad_mean

The mean of Axial Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_rd_median

The median of Radial Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_rd_mean

The mean of Radial Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_volume

The Volume (mm^3) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_fa_median

The median of Fractional Anisotropy for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_fa_mean

The mean of Fractional Anisotropy for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_md_median

The median of Mean Diffusivity for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_md_mean

The mean of Mean Diffusivity for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_md_std

The standard deviation of Mean Diffusivity for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_ad_median

The median of Axial Diffusivity for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_ad_mean

The mean of Axial Diffusivity for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_rd_median

The median of Radial Diffusivity for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_rd_mean

The mean of Radial Diffusivity for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_volume

The Volume (mm^3) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_fa_median

The median of Fractional Anisotropy for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_fa_mean

The mean of Fractional Anisotropy for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_md_median

The median of Mean Diffusivity for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_md_mean

The mean of Mean Diffusivity for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_md_std

The standard deviation of Mean Diffusivity for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_ad_median

The median of Axial Diffusivity for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_ad_mean

The mean of Axial Diffusivity for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_rd_median

The median of Radial Diffusivity for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_rd_mean

The mean of Radial Diffusivity for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_volume

The Volume (mm^3) for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_fa_median

The median of Fractional Anisotropy for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_fa_mean

The mean of Fractional Anisotropy for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_md_median

The median of Mean Diffusivity for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_md_mean

The mean of Mean Diffusivity for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_md_std

The standard deviation of Mean Diffusivity for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_ad_median

The median of Axial Diffusivity for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_ad_mean

The mean of Axial Diffusivity for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_rd_median

The median of Radial Diffusivity for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_rd_mean

The mean of Radial Diffusivity for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_volume

The Volume (mm^3) for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_fa_median

The median of Fractional Anisotropy for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_fa_mean

The mean of Fractional Anisotropy for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_md_median

The median of Mean Diffusivity for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_md_mean

The mean of Mean Diffusivity for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_md_std

The standard deviation of Mean Diffusivity for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_ad_median

The median of Axial Diffusivity for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_ad_mean

The mean of Axial Diffusivity for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_rd_median

The median of Radial Diffusivity for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_rd_mean

The mean of Radial Diffusivity for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_volume

The Volume (mm^3) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_fa_median

The median of Fractional Anisotropy for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_fa_mean

The mean of Fractional Anisotropy for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_md_median

The median of Mean Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_md_mean

The mean of Mean Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_md_std

The standard deviation of Mean Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_ad_median

The median of Axial Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_ad_mean

The mean of Axial Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_rd_median

The median of Radial Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_rd_mean

The mean of Radial Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_volume

The Volume (mm^3) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_fa_median

The median of Fractional Anisotropy for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_fa_mean

The mean of Fractional Anisotropy for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_md_median

The median of Mean Diffusivity for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_md_mean

The mean of Mean Diffusivity for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_md_std

The standard deviation of Mean Diffusivity for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_ad_median

The median of Axial Diffusivity for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_ad_mean

The mean of Axial Diffusivity for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_rd_median

The median of Radial Diffusivity for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_rd_mean

The mean of Radial Diffusivity for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_volume

The Volume (mm^3) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_fa_median

The median of Fractional Anisotropy for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_fa_mean

The mean of Fractional Anisotropy for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_md_median

The median of Mean Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_md_mean

The mean of Mean Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_md_std

The standard deviation of Mean Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_ad_median

The median of Axial Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_ad_mean

The mean of Axial Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_rd_median

The median of Radial Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_rd_mean

The mean of Radial Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_volume

The Volume (mm^3) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_fa_median

The median of Fractional Anisotropy for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_fa_mean

The mean of Fractional Anisotropy for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_md_median

The median of Mean Diffusivity for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_md_mean

The mean of Mean Diffusivity for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_md_std

The standard deviation of Mean Diffusivity for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_ad_median

The median of Axial Diffusivity for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_ad_mean

The mean of Axial Diffusivity for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_rd_median

The median of Radial Diffusivity for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_rd_mean

The mean of Radial Diffusivity for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_volume

The Volume (mm^3) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_fa_median

The median of Fractional Anisotropy for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_fa_mean

The mean of Fractional Anisotropy for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_md_median

The median of Mean Diffusivity for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_md_mean

The mean of Mean Diffusivity for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_md_std

The standard deviation of Mean Diffusivity for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_ad_median

The median of Axial Diffusivity for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_ad_mean

The mean of Axial Diffusivity for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_rd_median

The median of Radial Diffusivity for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_rd_mean

The mean of Radial Diffusivity for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_volume

The Volume (mm^3) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_fa_median

The median of Fractional Anisotropy for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_fa_mean

The mean of Fractional Anisotropy for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_md_median

The median of Mean Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_md_mean

The mean of Mean Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_md_std

The standard deviation of Mean Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_ad_median

The median of Axial Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_ad_mean

The mean of Axial Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_ad_std

The standard deviation of Axial Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_rd_median

The median of Radial Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_rd_mean

The mean of Radial Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_rd_std

The standard deviation of Radial Diffusivity for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_volume

The Volume (mm^3) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_fa_median

The median of Fractional Anisotropy for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_fa_mean

The mean of Fractional Anisotropy for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_md_median

The median of Mean Diffusivity for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_md_mean

The mean of Mean Diffusivity for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_md_std

The standard deviation of Mean Diffusivity for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_ad_median

The median of Axial Diffusivity for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_ad_mean

The mean of Axial Diffusivity for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_ad_std

The standard deviation of Axial Diffusivity for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_rd_median

The median of Radial Diffusivity for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_rd_mean

The mean of Radial Diffusivity for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_rd_std

The standard deviation of Radial Diffusivity for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_volume

The Volume (mm^3) for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_fa_median

The median of Fractional Anisotropy for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_fa_mean

The mean of Fractional Anisotropy for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_fa_std

The standard deviation of Fractional Anisotropy for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_md_median

The median of Mean Diffusivity for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_md_mean

The mean of Mean Diffusivity for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_md_std

The standard deviation of Mean Diffusivity for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_ad_median

The median of Axial Diffusivity for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_ad_mean

The mean of Axial Diffusivity for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_ad_std

The standard deviation of Axial Diffusivity for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_rd_median

The median of Radial Diffusivity for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_rd_mean

The mean of Radial Diffusivity for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_rd_std

The standard deviation of Radial Diffusivity for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_volume

The Volume (mm^3) for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_fa_median

The median of Fractional Anisotropy for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_fa_mean

The mean of Fractional Anisotropy for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_md_median

The median of Mean Diffusivity for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_md_mean

The mean of Mean Diffusivity for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_md_std

The standard deviation of Mean Diffusivity for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_ad_median

The median of Axial Diffusivity for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_ad_mean

The mean of Axial Diffusivity for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_rd_median

The median of Radial Diffusivity for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_rd_mean

The mean of Radial Diffusivity for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_volume

The Volume (mm^3) for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_fa_median

The median of Fractional Anisotropy for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_fa_mean

The mean of Fractional Anisotropy for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_md_median

The median of Mean Diffusivity for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_md_mean

The mean of Mean Diffusivity for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_md_std

The standard deviation of Mean Diffusivity for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_ad_median

The median of Axial Diffusivity for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_ad_mean

The mean of Axial Diffusivity for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_rd_median

The median of Radial Diffusivity for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_rd_mean

The mean of Radial Diffusivity for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_volume

The Volume (mm^3) for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_fa_median

The median of Fractional Anisotropy for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_md_median

The median of Mean Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_md_mean

The mean of Mean Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_ad_median

The median of Axial Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_ad_mean

The mean of Axial Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_rd_median

The median of Radial Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_rd_mean

The mean of Radial Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_volume

The Volume (mm^3) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_fa_median

The median of Fractional Anisotropy for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_md_median

The median of Mean Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_md_mean

The mean of Mean Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_ad_median

The median of Axial Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_ad_mean

The mean of Axial Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_rd_median

The median of Radial Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_rd_mean

The mean of Radial Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_volume

The Volume (mm^3) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_fa_median

The median of Fractional Anisotropy for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_fa_mean

The mean of Fractional Anisotropy for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_md_median

The median of Mean Diffusivity for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_md_mean

The mean of Mean Diffusivity for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_md_std

The standard deviation of Mean Diffusivity for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_ad_median

The median of Axial Diffusivity for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_ad_mean

The mean of Axial Diffusivity for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_rd_median

The median of Radial Diffusivity for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_rd_mean

The mean of Radial Diffusivity for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_volume

The Volume (mm^3) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_fa_median

The median of Fractional Anisotropy for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_fa_mean

The mean of Fractional Anisotropy for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_md_median

The median of Mean Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_md_mean

The mean of Mean Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_md_std

The standard deviation of Mean Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_ad_median

The median of Axial Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_ad_mean

The mean of Axial Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_rd_median

The median of Radial Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_rd_mean

The mean of Radial Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_volume

The Volume (mm^3) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_fa_median

The median of Fractional Anisotropy for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_md_median

The median of Mean Diffusivity for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_md_mean

The mean of Mean Diffusivity for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_ad_median

The median of Axial Diffusivity for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_ad_mean

The mean of Axial Diffusivity for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_rd_median

The median of Radial Diffusivity for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_rd_mean

The mean of Radial Diffusivity for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_volume

The Volume (mm^3) for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_fa_median

The median of Fractional Anisotropy for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_md_median

The median of Mean Diffusivity for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_md_mean

The mean of Mean Diffusivity for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_ad_median

The median of Axial Diffusivity for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_ad_mean

The mean of Axial Diffusivity for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_rd_median

The median of Radial Diffusivity for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_rd_mean

The mean of Radial Diffusivity for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_volume

The Volume (mm^3) for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_volume

The Volume (mm^3) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_volume

The Volume (mm^3) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_fa_median

The median of Fractional Anisotropy for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_fa_mean

The mean of Fractional Anisotropy for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_md_median

The median of Mean Diffusivity for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_md_mean

The mean of Mean Diffusivity for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_md_std

The standard deviation of Mean Diffusivity for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_ad_median

The median of Axial Diffusivity for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_ad_mean

The mean of Axial Diffusivity for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_rd_median

The median of Radial Diffusivity for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_rd_mean

The mean of Radial Diffusivity for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_volume

The Volume (mm^3) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_fa_median

The median of Fractional Anisotropy for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_fa_mean

The mean of Fractional Anisotropy for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_md_median

The median of Mean Diffusivity for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_md_mean

The mean of Mean Diffusivity for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_md_std

The standard deviation of Mean Diffusivity for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_ad_median

The median of Axial Diffusivity for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_ad_mean

The mean of Axial Diffusivity for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_rd_median

The median of Radial Diffusivity for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_rd_mean

The mean of Radial Diffusivity for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_volume

The Volume (mm^3) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_fa_median

The median of Fractional Anisotropy for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_fa_mean

The mean of Fractional Anisotropy for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_md_median

The median of Mean Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_md_mean

The mean of Mean Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_md_std

The standard deviation of Mean Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_ad_median

The median of Axial Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_ad_mean

The mean of Axial Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_rd_median

The median of Radial Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_rd_mean

The mean of Radial Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_volume

The Volume (mm^3) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_fa_median

The median of Fractional Anisotropy for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_fa_mean

The mean of Fractional Anisotropy for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_md_median

The median of Mean Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_md_mean

The mean of Mean Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_md_std

The standard deviation of Mean Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_ad_median

The median of Axial Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_ad_mean

The mean of Axial Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_rd_median

The median of Radial Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_rd_mean

The mean of Radial Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_volume

The Volume (mm^3) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_fa_median

The median of Fractional Anisotropy for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_md_median

The median of Mean Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_md_mean

The mean of Mean Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_ad_median

The median of Axial Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_ad_mean

The mean of Axial Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_rd_median

The median of Radial Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_rd_mean

The mean of Radial Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_volume

The Volume (mm^3) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_fa_median

The median of Fractional Anisotropy for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_md_median

The median of Mean Diffusivity for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_md_mean

The mean of Mean Diffusivity for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_ad_median

The median of Axial Diffusivity for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_ad_mean

The mean of Axial Diffusivity for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_rd_median

The median of Radial Diffusivity for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_rd_mean

The mean of Radial Diffusivity for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_volume

The Volume (mm^3) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_fa_median

The median of Fractional Anisotropy for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_fa_mean

The mean of Fractional Anisotropy for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_md_median

The median of Mean Diffusivity for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_md_mean

The mean of Mean Diffusivity for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_md_std

The standard deviation of Mean Diffusivity for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_ad_median

The median of Axial Diffusivity for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_ad_mean

The mean of Axial Diffusivity for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_rd_median

The median of Radial Diffusivity for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_rd_mean

The mean of Radial Diffusivity for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_volume

The Volume (mm^3) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_fa_median

The median of Fractional Anisotropy for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_fa_mean

The mean of Fractional Anisotropy for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_md_median

The median of Mean Diffusivity for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_md_mean

The mean of Mean Diffusivity for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_md_std

The standard deviation of Mean Diffusivity for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_ad_median

The median of Axial Diffusivity for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_ad_mean

The mean of Axial Diffusivity for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_rd_median

The median of Radial Diffusivity for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_rd_mean

The mean of Radial Diffusivity for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_volume

The Volume (mm^3) for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_fa_median

The median of Fractional Anisotropy for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_fa_mean

The mean of Fractional Anisotropy for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_md_median

The median of Mean Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_md_mean

The mean of Mean Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_md_std

The standard deviation of Mean Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_ad_median

The median of Axial Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_ad_mean

The mean of Axial Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_rd_median

The median of Radial Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_rd_mean

The mean of Radial Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_volume

The Volume (mm^3) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_fa_median

The median of Fractional Anisotropy for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_fa_mean

The mean of Fractional Anisotropy for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_md_median

The median of Mean Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_md_mean

The mean of Mean Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_md_std

The standard deviation of Mean Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_ad_median

The median of Axial Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_ad_mean

The mean of Axial Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_rd_median

The median of Radial Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_rd_mean

The mean of Radial Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_volume

The Volume (mm^3) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_fa_median

The median of Fractional Anisotropy for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_fa_mean

The mean of Fractional Anisotropy for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_md_median

The median of Mean Diffusivity for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_md_mean

The mean of Mean Diffusivity for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_md_std

The standard deviation of Mean Diffusivity for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_ad_median

The median of Axial Diffusivity for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_ad_mean

The mean of Axial Diffusivity for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_rd_median

The median of Radial Diffusivity for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_rd_mean

The mean of Radial Diffusivity for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_volume

The Volume (mm^3) for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_fa_median

The median of Fractional Anisotropy for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_fa_mean

The mean of Fractional Anisotropy for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_md_median

The median of Mean Diffusivity for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_md_mean

The mean of Mean Diffusivity for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_md_std

The standard deviation of Mean Diffusivity for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_ad_median

The median of Axial Diffusivity for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_ad_mean

The mean of Axial Diffusivity for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_rd_median

The median of Radial Diffusivity for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_rd_mean

The mean of Radial Diffusivity for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_volume

The Volume (mm^3) for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_volume

The Volume (mm^3) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_volume

The Volume (mm^3) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_fa_median

The median of Fractional Anisotropy for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_md_median

The median of Mean Diffusivity for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_md_mean

The mean of Mean Diffusivity for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_ad_median

The median of Axial Diffusivity for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_ad_mean

The mean of Axial Diffusivity for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_rd_median

The median of Radial Diffusivity for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_rd_mean

The mean of Radial Diffusivity for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_volume

The Volume (mm^3) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_fa_median

The median of Fractional Anisotropy for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_md_median

The median of Mean Diffusivity for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_md_mean

The mean of Mean Diffusivity for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_ad_median

The median of Axial Diffusivity for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_ad_mean

The mean of Axial Diffusivity for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_rd_median

The median of Radial Diffusivity for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_rd_mean

The mean of Radial Diffusivity for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_volume

The Volume (mm^3) for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_fa_median

The median of Fractional Anisotropy for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_fa_mean

The mean of Fractional Anisotropy for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_md_median

The median of Mean Diffusivity for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_md_mean

The mean of Mean Diffusivity for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_md_std

The standard deviation of Mean Diffusivity for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_ad_median

The median of Axial Diffusivity for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_ad_mean

The mean of Axial Diffusivity for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_rd_median

The median of Radial Diffusivity for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_rd_mean

The mean of Radial Diffusivity for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_volume

The Volume (mm^3) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_fa_median

The median of Fractional Anisotropy for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_fa_mean

The mean of Fractional Anisotropy for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_md_median

The median of Mean Diffusivity for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_md_mean

The mean of Mean Diffusivity for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_md_std

The standard deviation of Mean Diffusivity for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_ad_median

The median of Axial Diffusivity for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_ad_mean

The mean of Axial Diffusivity for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_rd_median

The median of Radial Diffusivity for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_rd_mean

The mean of Radial Diffusivity for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_volume

The Volume (mm^3) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_fa_median

The median of Fractional Anisotropy for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_md_median

The median of Mean Diffusivity for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_md_mean

The mean of Mean Diffusivity for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_ad_median

The median of Axial Diffusivity for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_ad_mean

The mean of Axial Diffusivity for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_rd_median

The median of Radial Diffusivity for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_rd_mean

The mean of Radial Diffusivity for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_volume

The Volume (mm^3) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_fa_median

The median of Fractional Anisotropy for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_md_median

The median of Mean Diffusivity for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_md_mean

The mean of Mean Diffusivity for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_ad_median

The median of Axial Diffusivity for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_ad_mean

The mean of Axial Diffusivity for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_rd_median

The median of Radial Diffusivity for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_rd_mean

The mean of Radial Diffusivity for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_volume

The Volume (mm^3) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_volume

The Volume (mm^3) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_volume

The Volume (mm^3) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_volume

The Volume (mm^3) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_volume

The Volume (mm^3) for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_fa_median

The median of Fractional Anisotropy for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_md_median

The median of Mean Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_md_mean

The mean of Mean Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_ad_median

The median of Axial Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_ad_mean

The mean of Axial Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_rd_median

The median of Radial Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_rd_mean

The mean of Radial Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_volume

The Volume (mm^3) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_fa_median

The median of Fractional Anisotropy for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_md_median

The median of Mean Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_md_mean

The mean of Mean Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_ad_median

The median of Axial Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_ad_mean

The mean of Axial Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_rd_median

The median of Radial Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_rd_mean

The mean of Radial Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_volume

The Volume (mm^3) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_fa_median

The median of Fractional Anisotropy for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_fa_mean

The mean of Fractional Anisotropy for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_md_median

The median of Mean Diffusivity for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_md_mean

The mean of Mean Diffusivity for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_md_std

The standard deviation of Mean Diffusivity for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_ad_median

The median of Axial Diffusivity for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_ad_mean

The mean of Axial Diffusivity for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_rd_median

The median of Radial Diffusivity for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_rd_mean

The mean of Radial Diffusivity for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_volume

The Volume (mm^3) for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_fa_median

The median of Fractional Anisotropy for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_fa_mean

The mean of Fractional Anisotropy for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_md_median

The median of Mean Diffusivity for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_md_mean

The mean of Mean Diffusivity for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_md_std

The standard deviation of Mean Diffusivity for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_ad_median

The median of Axial Diffusivity for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_ad_mean

The mean of Axial Diffusivity for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_rd_median

The median of Radial Diffusivity for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_rd_mean

The mean of Radial Diffusivity for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_volume

The Volume (mm^3) for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_volume

The Volume (mm^3) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_volume

The Volume (mm^3) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_volume

The Volume (mm^3) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_volume

The Volume (mm^3) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_volume

The Volume (mm^3) for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_volume

The Volume (mm^3) for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_volume

The Volume (mm^3) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_volume

The Volume (mm^3) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_volume

The Volume (mm^3) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_volume

The Volume (mm^3) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_fa_median

The median of Fractional Anisotropy for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_md_median

The median of Mean Diffusivity for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_md_mean

The mean of Mean Diffusivity for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_ad_median

The median of Axial Diffusivity for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_ad_mean

The mean of Axial Diffusivity for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_rd_median

The median of Radial Diffusivity for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_rd_mean

The mean of Radial Diffusivity for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_volume

The Volume (mm^3) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_fa_median

The median of Fractional Anisotropy for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_md_median

The median of Mean Diffusivity for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_md_mean

The mean of Mean Diffusivity for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_ad_median

The median of Axial Diffusivity for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_ad_mean

The mean of Axial Diffusivity for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_rd_median

The median of Radial Diffusivity for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_rd_mean

The mean of Radial Diffusivity for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_volume

The Volume (mm^3) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_volume

The Volume (mm^3) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_volume

The Volume (mm^3) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_fa_median

The median of Fractional Anisotropy for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_fa_mean

The mean of Fractional Anisotropy for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_md_median

The median of Mean Diffusivity for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_md_mean

The mean of Mean Diffusivity for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_md_std

The standard deviation of Mean Diffusivity for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_ad_median

The median of Axial Diffusivity for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_ad_mean

The mean of Axial Diffusivity for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_rd_median

The median of Radial Diffusivity for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_rd_mean

The mean of Radial Diffusivity for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_volume

The Volume (mm^3) for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_fa_median

The median of Fractional Anisotropy for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_fa_mean

The mean of Fractional Anisotropy for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_md_median

The median of Mean Diffusivity for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_md_mean

The mean of Mean Diffusivity for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_md_std

The standard deviation of Mean Diffusivity for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_ad_median

The median of Axial Diffusivity for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_ad_mean

The mean of Axial Diffusivity for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_rd_median

The median of Radial Diffusivity for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_rd_mean

The mean of Radial Diffusivity for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_volume

The Volume (mm^3) for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_fa_median

The median of Fractional Anisotropy for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_fa_mean

The mean of Fractional Anisotropy for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_md_median

The median of Mean Diffusivity for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_md_mean

The mean of Mean Diffusivity for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_md_std

The standard deviation of Mean Diffusivity for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_ad_median

The median of Axial Diffusivity for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_ad_mean

The mean of Axial Diffusivity for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_rd_median

The median of Radial Diffusivity for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_rd_mean

The mean of Radial Diffusivity for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_volume

The Volume (mm^3) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_fa_median

The median of Fractional Anisotropy for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_fa_mean

The mean of Fractional Anisotropy for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_md_median

The median of Mean Diffusivity for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_md_mean

The mean of Mean Diffusivity for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_md_std

The standard deviation of Mean Diffusivity for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_ad_median

The median of Axial Diffusivity for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_ad_mean

The mean of Axial Diffusivity for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_rd_median

The median of Radial Diffusivity for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_rd_mean

The mean of Radial Diffusivity for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_volume

The Volume (mm^3) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_fa_median

The median of Fractional Anisotropy for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_md_median

The median of Mean Diffusivity for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_md_mean

The mean of Mean Diffusivity for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_ad_median

The median of Axial Diffusivity for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_ad_mean

The mean of Axial Diffusivity for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_rd_median

The median of Radial Diffusivity for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_rd_mean

The mean of Radial Diffusivity for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_volume

The Volume (mm^3) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_fa_median

The median of Fractional Anisotropy for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_md_median

The median of Mean Diffusivity for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_md_mean

The mean of Mean Diffusivity for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_ad_median

The median of Axial Diffusivity for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_ad_mean

The mean of Axial Diffusivity for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_rd_median

The median of Radial Diffusivity for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_rd_mean

The mean of Radial Diffusivity for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_volume

The Volume (mm^3) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_fa_median

The median of Fractional Anisotropy for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_md_median

The median of Mean Diffusivity for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_md_mean

The mean of Mean Diffusivity for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_ad_median

The median of Axial Diffusivity for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_ad_mean

The mean of Axial Diffusivity for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_rd_median

The median of Radial Diffusivity for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_rd_mean

The mean of Radial Diffusivity for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_volume

The Volume (mm^3) for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_fa_median

The median of Fractional Anisotropy for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_md_median

The median of Mean Diffusivity for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_md_mean

The mean of Mean Diffusivity for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_ad_median

The median of Axial Diffusivity for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_ad_mean

The mean of Axial Diffusivity for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_rd_median

The median of Radial Diffusivity for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_rd_mean

The mean of Radial Diffusivity for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_volume

The Volume (mm^3) for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_fa_median

The median of Fractional Anisotropy for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_md_median

The median of Mean Diffusivity for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_md_mean

The mean of Mean Diffusivity for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_ad_median

The median of Axial Diffusivity for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_ad_mean

The mean of Axial Diffusivity for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_rd_median

The median of Radial Diffusivity for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_rd_mean

The mean of Radial Diffusivity for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_volume

The Volume (mm^3) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_fa_median

The median of Fractional Anisotropy for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_md_median

The median of Mean Diffusivity for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_md_mean

The mean of Mean Diffusivity for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_ad_median

The median of Axial Diffusivity for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_ad_mean

The mean of Axial Diffusivity for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_rd_median

The median of Radial Diffusivity for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_rd_mean

The mean of Radial Diffusivity for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_volume

The Volume (mm^3) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_fa_median

The median of Fractional Anisotropy for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_md_median

The median of Mean Diffusivity for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_md_mean

The mean of Mean Diffusivity for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_ad_median

The median of Axial Diffusivity for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_ad_mean

The mean of Axial Diffusivity for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_rd_median

The median of Radial Diffusivity for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_rd_mean

The mean of Radial Diffusivity for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_volume

The Volume (mm^3) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_fa_median

The median of Fractional Anisotropy for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_md_median

The median of Mean Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_md_mean

The mean of Mean Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_ad_median

The median of Axial Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_ad_mean

The mean of Axial Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_rd_median

The median of Radial Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_rd_mean

The mean of Radial Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_volume

The Volume (mm^3) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_volume

The Volume (mm^3) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_volume

The Volume (mm^3) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_fa_median

The median of Fractional Anisotropy for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_fa_mean

The mean of Fractional Anisotropy for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_md_median

The median of Mean Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_md_mean

The mean of Mean Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_md_std

The standard deviation of Mean Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_ad_median

The median of Axial Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_ad_mean

The mean of Axial Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_rd_median

The median of Radial Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_rd_mean

The mean of Radial Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_volume

The Volume (mm^3) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_fa_median

The median of Fractional Anisotropy for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_fa_mean

The mean of Fractional Anisotropy for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_md_median

The median of Mean Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_md_mean

The mean of Mean Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_md_std

The standard deviation of Mean Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_ad_median

The median of Axial Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_ad_mean

The mean of Axial Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_rd_median

The median of Radial Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_rd_mean

The mean of Radial Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_volume

The Volume (mm^3) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_fa_median

The median of Fractional Anisotropy for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_fa_mean

The mean of Fractional Anisotropy for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_md_median

The median of Mean Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_md_mean

The mean of Mean Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_md_std

The standard deviation of Mean Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_ad_median

The median of Axial Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_ad_mean

The mean of Axial Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_rd_median

The median of Radial Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_rd_mean

The mean of Radial Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_volume

The Volume (mm^3) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_fa_median

The median of Fractional Anisotropy for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_fa_mean

The mean of Fractional Anisotropy for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_md_median

The median of Mean Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_md_mean

The mean of Mean Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_md_std

The standard deviation of Mean Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_ad_median

The median of Axial Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_ad_mean

The mean of Axial Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_rd_median

The median of Radial Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_rd_mean

The mean of Radial Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_volume

The Volume (mm^3) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_volume

The Volume (mm^3) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_volume

The Volume (mm^3) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_fa_median

The median of Fractional Anisotropy for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_md_median

The median of Mean Diffusivity for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_md_mean

The mean of Mean Diffusivity for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_ad_median

The median of Axial Diffusivity for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_ad_mean

The mean of Axial Diffusivity for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_rd_median

The median of Radial Diffusivity for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_rd_mean

The mean of Radial Diffusivity for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_volume

The Volume (mm^3) for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_fa_median

The median of Fractional Anisotropy for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_md_median

The median of Mean Diffusivity for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_md_mean

The mean of Mean Diffusivity for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_ad_median

The median of Axial Diffusivity for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_ad_mean

The mean of Axial Diffusivity for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_rd_median

The median of Radial Diffusivity for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_rd_mean

The mean of Radial Diffusivity for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_volume

The Volume (mm^3) for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_fa_median

The median of Fractional Anisotropy for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_fa_mean

The mean of Fractional Anisotropy for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_md_median

The median of Mean Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_md_mean

The mean of Mean Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_md_std

The standard deviation of Mean Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_ad_median

The median of Axial Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_ad_mean

The mean of Axial Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_rd_median

The median of Radial Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_rd_mean

The mean of Radial Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_volume

The Volume (mm^3) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_fa_median

The median of Fractional Anisotropy for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_fa_mean

The mean of Fractional Anisotropy for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_md_median

The median of Mean Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_md_mean

The mean of Mean Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_md_std

The standard deviation of Mean Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_ad_median

The median of Axial Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_ad_mean

The mean of Axial Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_rd_median

The median of Radial Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_rd_mean

The mean of Radial Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_volume

The Volume (mm^3) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_volume

The Volume (mm^3) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_volume

The Volume (mm^3) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_fa_median

The median of Fractional Anisotropy for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_fa_mean

The mean of Fractional Anisotropy for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_md_median

The median of Mean Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_md_mean

The mean of Mean Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_md_std

The standard deviation of Mean Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_ad_median

The median of Axial Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_ad_mean

The mean of Axial Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_rd_median

The median of Radial Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_rd_mean

The mean of Radial Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_volume

The Volume (mm^3) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_fa_median

The median of Fractional Anisotropy for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_fa_mean

The mean of Fractional Anisotropy for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_md_median

The median of Mean Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_md_mean

The mean of Mean Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_md_std

The standard deviation of Mean Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_ad_median

The median of Axial Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_ad_mean

The mean of Axial Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_rd_median

The median of Radial Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_rd_mean

The mean of Radial Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_volume

The Volume (mm^3) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_fa_median

The median of Fractional Anisotropy for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_fa_mean

The mean of Fractional Anisotropy for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_md_median

The median of Mean Diffusivity for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_md_mean

The mean of Mean Diffusivity for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_md_std

The standard deviation of Mean Diffusivity for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_ad_median

The median of Axial Diffusivity for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_ad_mean

The mean of Axial Diffusivity for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_rd_median

The median of Radial Diffusivity for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_rd_mean

The mean of Radial Diffusivity for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_volume

The Volume (mm^3) for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_fa_median

The median of Fractional Anisotropy for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_fa_mean

The mean of Fractional Anisotropy for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_md_median

The median of Mean Diffusivity for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_md_mean

The mean of Mean Diffusivity for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_md_std

The standard deviation of Mean Diffusivity for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_ad_median

The median of Axial Diffusivity for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_ad_mean

The mean of Axial Diffusivity for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_rd_median

The median of Radial Diffusivity for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_rd_mean

The mean of Radial Diffusivity for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_volume

The Volume (mm^3) for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_fa_median

The median of Fractional Anisotropy for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_md_median

The median of Mean Diffusivity for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_md_mean

The mean of Mean Diffusivity for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_ad_median

The median of Axial Diffusivity for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_ad_mean

The mean of Axial Diffusivity for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_rd_median

The median of Radial Diffusivity for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_rd_mean

The mean of Radial Diffusivity for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_volume

The Volume (mm^3) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_fa_median

The median of Fractional Anisotropy for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_md_median

The median of Mean Diffusivity for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_md_mean

The mean of Mean Diffusivity for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_ad_median

The median of Axial Diffusivity for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_ad_mean

The mean of Axial Diffusivity for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_rd_median

The median of Radial Diffusivity for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_rd_mean

The mean of Radial Diffusivity for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_volume

The Volume (mm^3) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_fa_median

The median of Fractional Anisotropy for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_fa_mean

The mean of Fractional Anisotropy for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_md_median

The median of Mean Diffusivity for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_md_mean

The mean of Mean Diffusivity for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_md_std

The standard deviation of Mean Diffusivity for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_ad_median

The median of Axial Diffusivity for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_ad_mean

The mean of Axial Diffusivity for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_rd_median

The median of Radial Diffusivity for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_rd_mean

The mean of Radial Diffusivity for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_volume

The Volume (mm^3) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_fa_median

The median of Fractional Anisotropy for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_fa_mean

The mean of Fractional Anisotropy for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_md_median

The median of Mean Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_md_mean

The mean of Mean Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_md_std

The standard deviation of Mean Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_ad_median

The median of Axial Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_ad_mean

The mean of Axial Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_rd_median

The median of Radial Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_rd_mean

The mean of Radial Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_volume

The Volume (mm^3) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_md_median

The median of Mean Diffusivity for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_ad_median

The median of Axial Diffusivity for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_rd_median

The median of Radial Diffusivity for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_volume

The Volume (mm^3) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_fa_median

The median of Fractional Anisotropy for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_fa_mean

The mean of Fractional Anisotropy for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_md_median

The median of Mean Diffusivity for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_md_mean

The mean of Mean Diffusivity for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_md_std

The standard deviation of Mean Diffusivity for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_ad_median

The median of Axial Diffusivity for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_ad_mean

The mean of Axial Diffusivity for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_rd_median

The median of Radial Diffusivity for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_rd_mean

The mean of Radial Diffusivity for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_volume

The Volume (mm^3) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_fa_median

The median of Fractional Anisotropy for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_fa_mean

The mean of Fractional Anisotropy for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_md_median

The median of Mean Diffusivity for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_md_mean

The mean of Mean Diffusivity for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_md_std

The standard deviation of Mean Diffusivity for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_ad_median

The median of Axial Diffusivity for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_ad_mean

The mean of Axial Diffusivity for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_rd_median

The median of Radial Diffusivity for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_rd_mean

The mean of Radial Diffusivity for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_volume

The Volume (mm^3) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_fa_median

The median of Fractional Anisotropy for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_fa_mean

The mean of Fractional Anisotropy for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_md_median

The median of Mean Diffusivity for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_md_mean

The mean of Mean Diffusivity for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_md_std

The standard deviation of Mean Diffusivity for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_ad_median

The median of Axial Diffusivity for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_ad_mean

The mean of Axial Diffusivity for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_rd_median

The median of Radial Diffusivity for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_rd_mean

The mean of Radial Diffusivity for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_volume

The Volume (mm^3) for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_fa_median

The median of Fractional Anisotropy for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_fa_mean

The mean of Fractional Anisotropy for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_md_median

The median of Mean Diffusivity for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_md_mean

The mean of Mean Diffusivity for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_md_std

The standard deviation of Mean Diffusivity for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_ad_median

The median of Axial Diffusivity for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_ad_mean

The mean of Axial Diffusivity for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_rd_median

The median of Radial Diffusivity for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_rd_mean

The mean of Radial Diffusivity for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_volume

The Volume (mm^3) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_fa_median

The median of Fractional Anisotropy for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_fa_mean

The mean of Fractional Anisotropy for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_md_median

The median of Mean Diffusivity for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_md_mean

The mean of Mean Diffusivity for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_md_std

The standard deviation of Mean Diffusivity for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_ad_median

The median of Axial Diffusivity for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_ad_mean

The mean of Axial Diffusivity for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_rd_median

The median of Radial Diffusivity for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_rd_mean

The mean of Radial Diffusivity for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_volume

The Volume (mm^3) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_fa_median

The median of Fractional Anisotropy for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_md_median

The median of Mean Diffusivity for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_md_mean

The mean of Mean Diffusivity for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_ad_median

The median of Axial Diffusivity for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_ad_mean

The mean of Axial Diffusivity for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_rd_median

The median of Radial Diffusivity for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_rd_mean

The mean of Radial Diffusivity for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_volume

The Volume (mm^3) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_fa_median

The median of Fractional Anisotropy for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_md_median

The median of Mean Diffusivity for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_md_mean

The mean of Mean Diffusivity for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_ad_median

The median of Axial Diffusivity for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_ad_mean

The mean of Axial Diffusivity for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_rd_median

The median of Radial Diffusivity for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_rd_mean

The mean of Radial Diffusivity for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_volume

The Volume (mm^3) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_fa_median

The median of Fractional Anisotropy for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_fa_mean

The mean of Fractional Anisotropy for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_md_median

The median of Mean Diffusivity for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_md_mean

The mean of Mean Diffusivity for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_md_std

The standard deviation of Mean Diffusivity for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_ad_median

The median of Axial Diffusivity for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_ad_mean

The mean of Axial Diffusivity for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_rd_median

The median of Radial Diffusivity for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_rd_mean

The mean of Radial Diffusivity for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_volume

The Volume (mm^3) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_fa_median

The median of Fractional Anisotropy for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_fa_mean

The mean of Fractional Anisotropy for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_md_median

The median of Mean Diffusivity for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_md_mean

The mean of Mean Diffusivity for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_md_std

The standard deviation of Mean Diffusivity for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_ad_median

The median of Axial Diffusivity for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_ad_mean

The mean of Axial Diffusivity for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_rd_median

The median of Radial Diffusivity for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_rd_mean

The mean of Radial Diffusivity for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_volume

The Volume (mm^3) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_fa_median

The median of Fractional Anisotropy for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_md_median

The median of Mean Diffusivity for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_md_mean

The mean of Mean Diffusivity for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_ad_median

The median of Axial Diffusivity for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_ad_mean

The mean of Axial Diffusivity for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_rd_median

The median of Radial Diffusivity for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_rd_mean

The mean of Radial Diffusivity for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_volume

The Volume (mm^3) for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_fa_median

The median of Fractional Anisotropy for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_md_median

The median of Mean Diffusivity for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_md_mean

The mean of Mean Diffusivity for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_ad_median

The median of Axial Diffusivity for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_ad_mean

The mean of Axial Diffusivity for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_rd_median

The median of Radial Diffusivity for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_rd_mean

The mean of Radial Diffusivity for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_volume

The Volume (mm^3) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_fa_median

The median of Fractional Anisotropy for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_fa_mean

The mean of Fractional Anisotropy for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_md_median

The median of Mean Diffusivity for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_md_mean

The mean of Mean Diffusivity for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_md_std

The standard deviation of Mean Diffusivity for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_ad_median

The median of Axial Diffusivity for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_ad_mean

The mean of Axial Diffusivity for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_ad_std

The standard deviation of Axial Diffusivity for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_rd_median

The median of Radial Diffusivity for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_rd_mean

The mean of Radial Diffusivity for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_rd_std

The standard deviation of Radial Diffusivity for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_volume

The Volume (mm^3) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_fa_median

The median of Fractional Anisotropy for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_fa_mean

The mean of Fractional Anisotropy for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_fa_std

The standard deviation of Fractional Anisotropy for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_md_median

The median of Mean Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_md_mean

The mean of Mean Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_md_std

The standard deviation of Mean Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_ad_median

The median of Axial Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_ad_mean

The mean of Axial Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_ad_std

The standard deviation of Axial Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_rd_median

The median of Radial Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_rd_mean

The mean of Radial Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_rd_std

The standard deviation of Radial Diffusivity for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_volume

The Volume (mm^3) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_fa_median

The median of Fractional Anisotropy for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_fa_mean

The mean of Fractional Anisotropy for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_fa_std

The standard deviation of Fractional Anisotropy for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_md_median

The median of Mean Diffusivity for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_md_mean

The mean of Mean Diffusivity for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_md_std

The standard deviation of Mean Diffusivity for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_ad_median

The median of Axial Diffusivity for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_ad_mean

The mean of Axial Diffusivity for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_ad_std

The standard deviation of Axial Diffusivity for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_rd_median

The median of Radial Diffusivity for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_rd_mean

The mean of Radial Diffusivity for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_rd_std

The standard deviation of Radial Diffusivity for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_volume

The Volume (mm^3) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_fa_median

The median of Fractional Anisotropy for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_fa_mean

The mean of Fractional Anisotropy for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_fa_std

The standard deviation of Fractional Anisotropy for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_md_median

The median of Mean Diffusivity for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_md_mean

The mean of Mean Diffusivity for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_md_std

The standard deviation of Mean Diffusivity for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_ad_median

The median of Axial Diffusivity for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_ad_mean

The mean of Axial Diffusivity for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_ad_std

The standard deviation of Axial Diffusivity for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_rd_median

The median of Radial Diffusivity for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_rd_mean

The mean of Radial Diffusivity for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_rd_std

The standard deviation of Radial Diffusivity for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_volume

The Volume (mm^3) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_freewater_median

The median of Free Water Metric for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_freewater_mean

The mean of Free Water Metric for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_3rd_ventricle_freewater_std

The standard deviation of Free Water Metric for the ROI of 3rd_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_freewater_median

The median of Free Water Metric for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_freewater_mean

The mean of Free Water Metric for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_4th_ventricle_freewater_std

The standard deviation of Free Water Metric for the ROI of 4th_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_freewater_median

The median of Free Water Metric for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_freewater_mean

The mean of Free Water Metric for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_accumbens_area_freewater_std

The standard deviation of Free Water Metric for the ROI of right_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_freewater_median

The median of Free Water Metric for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_freewater_mean

The mean of Free Water Metric for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_accumbens_area_freewater_std

The standard deviation of Free Water Metric for the ROI of left_accumbens_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_freewater_median

The median of Free Water Metric for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_freewater_mean

The mean of Free Water Metric for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_amygdala_freewater_std

The standard deviation of Free Water Metric for the ROI of right_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_freewater_median

The median of Free Water Metric for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_freewater_mean

The mean of Free Water Metric for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_amygdala_freewater_std

The standard deviation of Free Water Metric for the ROI of left_amygdala in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_freewater_median

The median of Free Water Metric for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_freewater_mean

The mean of Free Water Metric for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_brain_stem_freewater_std

The standard deviation of Free Water Metric for the ROI of brain_stem in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_freewater_median

The median of Free Water Metric for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_freewater_mean

The mean of Free Water Metric for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_caudate_freewater_std

The standard deviation of Free Water Metric for the ROI of right_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_freewater_median

The median of Free Water Metric for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_freewater_mean

The mean of Free Water Metric for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_caudate_freewater_std

The standard deviation of Free Water Metric for the ROI of left_caudate in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_freewater_median

The median of Free Water Metric for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_freewater_mean

The mean of Free Water Metric for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_exterior_freewater_std

The standard deviation of Free Water Metric for the ROI of right_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_freewater_median

The median of Free Water Metric for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_freewater_mean

The mean of Free Water Metric for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_exterior_freewater_std

The standard deviation of Free Water Metric for the ROI of left_cerebellum_exterior in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_freewater_median

The median of Free Water Metric for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_freewater_mean

The mean of Free Water Metric for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebellum_white_matter_freewater_std

The standard deviation of Free Water Metric for the ROI of right_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_freewater_median

The median of Free Water Metric for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_freewater_mean

The mean of Free Water Metric for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebellum_white_matter_freewater_std

The standard deviation of Free Water Metric for the ROI of left_cerebellum_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_freewater_median

The median of Free Water Metric for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_freewater_mean

The mean of Free Water Metric for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cerebral_white_matter_freewater_std

The standard deviation of Free Water Metric for the ROI of right_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_freewater_median

The median of Free Water Metric for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_freewater_mean

The mean of Free Water Metric for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cerebral_white_matter_freewater_std

The standard deviation of Free Water Metric for the ROI of left_cerebral_white_matter in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_freewater_median

The median of Free Water Metric for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_freewater_mean

The mean of Free Water Metric for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_hippocampus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_freewater_median

The median of Free Water Metric for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_freewater_mean

The mean of Free Water Metric for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_hippocampus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_hippocampus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_freewater_median

The median of Free Water Metric for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_freewater_mean

The mean of Free Water Metric for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_inf_lat_vent_freewater_std

The standard deviation of Free Water Metric for the ROI of right_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_freewater_median

The median of Free Water Metric for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_freewater_mean

The mean of Free Water Metric for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_inf_lat_vent_freewater_std

The standard deviation of Free Water Metric for the ROI of left_inf_lat_vent in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_freewater_median

The median of Free Water Metric for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_freewater_mean

The mean of Free Water Metric for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lateral_ventricle_freewater_std

The standard deviation of Free Water Metric for the ROI of right_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_freewater_median

The median of Free Water Metric for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_freewater_mean

The mean of Free Water Metric for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lateral_ventricle_freewater_std

The standard deviation of Free Water Metric for the ROI of left_lateral_ventricle in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_freewater_median

The median of Free Water Metric for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_freewater_mean

The mean of Free Water Metric for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pallidum_freewater_std

The standard deviation of Free Water Metric for the ROI of right_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_freewater_median

The median of Free Water Metric for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_freewater_mean

The mean of Free Water Metric for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pallidum_freewater_std

The standard deviation of Free Water Metric for the ROI of left_pallidum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_freewater_median

The median of Free Water Metric for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_freewater_mean

The mean of Free Water Metric for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_putamen_freewater_std

The standard deviation of Free Water Metric for the ROI of right_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_freewater_median

The median of Free Water Metric for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_freewater_mean

The mean of Free Water Metric for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_putamen_freewater_std

The standard deviation of Free Water Metric for the ROI of left_putamen in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_freewater_median

The median of Free Water Metric for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_freewater_mean

The mean of Free Water Metric for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_thalamus_proper_freewater_std

The standard deviation of Free Water Metric for the ROI of right_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_freewater_median

The median of Free Water Metric for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_freewater_mean

The mean of Free Water Metric for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_thalamus_proper_freewater_std

The standard deviation of Free Water Metric for the ROI of left_thalamus_proper in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_freewater_median

The median of Free Water Metric for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_freewater_mean

The mean of Free Water Metric for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ventral_dc_freewater_std

The standard deviation of Free Water Metric for the ROI of right_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_freewater_median

The median of Free Water Metric for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_freewater_mean

The mean of Free Water Metric for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ventral_dc_freewater_std

The standard deviation of Free Water Metric for the ROI of left_ventral_dc in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_freewater_median

The median of Free Water Metric for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_freewater_mean

The mean of Free Water Metric for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_i_v_freewater_std

The standard deviation of Free Water Metric for the ROI of cerebellar_vermal_lobules_i_v in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_freewater_median

The median of Free Water Metric for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_freewater_mean

The mean of Free Water Metric for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_vi_vii_freewater_std

The standard deviation of Free Water Metric for the ROI of cerebellar_vermal_lobules_vi_vii in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_freewater_median

The median of Free Water Metric for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_freewater_mean

The mean of Free Water Metric for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_cerebellar_vermal_lobules_viii_x_freewater_std

The standard deviation of Free Water Metric for the ROI of cerebellar_vermal_lobules_viii_x in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_freewater_median

The median of Free Water Metric for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_freewater_mean

The mean of Free Water Metric for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_basal_forebrain_freewater_std

The standard deviation of Free Water Metric for the ROI of left_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_freewater_median

The median of Free Water Metric for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_freewater_mean

The mean of Free Water Metric for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_basal_forebrain_freewater_std

The standard deviation of Free Water Metric for the ROI of right_basal_forebrain in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_freewater_median

The median of Free Water Metric for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_freewater_mean

The mean of Free Water Metric for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_acgg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_freewater_median

The median of Free Water Metric for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_freewater_mean

The mean of Free Water Metric for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_acgg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_acgg_anterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_freewater_median

The median of Free Water Metric for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_freewater_mean

The mean of Free Water Metric for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ains_anterior_insula_freewater_std

The standard deviation of Free Water Metric for the ROI of right_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_freewater_median

The median of Free Water Metric for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_freewater_mean

The mean of Free Water Metric for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ains_anterior_insula_freewater_std

The standard deviation of Free Water Metric for the ROI of left_ains_anterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_freewater_median

The median of Free Water Metric for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_freewater_mean

The mean of Free Water Metric for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_aorg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_freewater_median

The median of Free Water Metric for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_freewater_mean

The mean of Free Water Metric for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_aorg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_aorg_anterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ang_angular_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ang_angular_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_ang_angular_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_freewater_median

The median of Free Water Metric for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_freewater_mean

The mean of Free Water Metric for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_calc_calcarine_cortex_freewater_std

The standard deviation of Free Water Metric for the ROI of right_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_freewater_median

The median of Free Water Metric for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_freewater_mean

The mean of Free Water Metric for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_calc_calcarine_cortex_freewater_std

The standard deviation of Free Water Metric for the ROI of left_calc_calcarine_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_freewater_median

The median of Free Water Metric for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_freewater_mean

The mean of Free Water Metric for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_co_central_operculum_freewater_std

The standard deviation of Free Water Metric for the ROI of right_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_freewater_median

The median of Free Water Metric for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_freewater_mean

The mean of Free Water Metric for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_co_central_operculum_freewater_std

The standard deviation of Free Water Metric for the ROI of left_co_central_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_freewater_median

The median of Free Water Metric for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_freewater_mean

The mean of Free Water Metric for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_cun_cuneus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_freewater_median

The median of Free Water Metric for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_freewater_mean

The mean of Free Water Metric for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_cun_cuneus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_cun_cuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_freewater_median

The median of Free Water Metric for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_freewater_mean

The mean of Free Water Metric for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ent_entorhinal_area_freewater_std

The standard deviation of Free Water Metric for the ROI of right_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_freewater_median

The median of Free Water Metric for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_freewater_mean

The mean of Free Water Metric for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ent_entorhinal_area_freewater_std

The standard deviation of Free Water Metric for the ROI of left_ent_entorhinal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_freewater_median

The median of Free Water Metric for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_freewater_mean

The mean of Free Water Metric for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fo_frontal_operculum_freewater_std

The standard deviation of Free Water Metric for the ROI of right_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_freewater_median

The median of Free Water Metric for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_freewater_mean

The mean of Free Water Metric for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fo_frontal_operculum_freewater_std

The standard deviation of Free Water Metric for the ROI of left_fo_frontal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_freewater_median

The median of Free Water Metric for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_freewater_mean

The mean of Free Water Metric for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_frp_frontal_pole_freewater_std

The standard deviation of Free Water Metric for the ROI of right_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_freewater_median

The median of Free Water Metric for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_freewater_mean

The mean of Free Water Metric for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_frp_frontal_pole_freewater_std

The standard deviation of Free Water Metric for the ROI of left_frp_frontal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_fug_fusiform_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_fug_fusiform_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_fug_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_freewater_median

The median of Free Water Metric for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_freewater_mean

The mean of Free Water Metric for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_gre_gyrus_rectus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_freewater_median

The median of Free Water Metric for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_freewater_mean

The mean of Free Water Metric for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_gre_gyrus_rectus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_gre_gyrus_rectus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_freewater_median

The median of Free Water Metric for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_freewater_mean

The mean of Free Water Metric for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_iog_freewater_std

The standard deviation of Free Water Metric for the ROI of right_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_freewater_median

The median of Free Water Metric for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_freewater_mean

The mean of Free Water Metric for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_iog_freewater_std

The standard deviation of Free Water Metric for the ROI of left_iog_inferior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_freewater_median

The median of Free Water Metric for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_freewater_mean

The mean of Free Water Metric for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_itg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_freewater_median

The median of Free Water Metric for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_freewater_mean

The mean of Free Water Metric for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_itg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_itg_inferior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lig_lingual_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lig_lingual_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_lig_lingual_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_lorg_lateral_orbital_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_lorg_lateral_orbital_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_lorg_lateral_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_freewater_median

The median of Free Water Metric for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_freewater_mean

The mean of Free Water Metric for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mcgg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_freewater_median

The median of Free Water Metric for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_freewater_mean

The mean of Free Water Metric for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mcgg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_mcgg_middle_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_freewater_median

The median of Free Water Metric for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_freewater_mean

The mean of Free Water Metric for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfc_medial_frontal_cortex_freewater_std

The standard deviation of Free Water Metric for the ROI of right_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_freewater_median

The median of Free Water Metric for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_freewater_mean

The mean of Free Water Metric for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfc_medial_frontal_cortex_freewater_std

The standard deviation of Free Water Metric for the ROI of left_mfc_medial_frontal_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mfg_middle_frontal_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mfg_middle_frontal_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_mfg_middle_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mog_middle_occipital_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mog_middle_occipital_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_mog_middle_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_morg_medial_orbital_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_morg_medial_orbital_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_morg_medial_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mpog_postcentral_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mpog_postcentral_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_mpog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mprg_precentral_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mprg_precentral_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_mprg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_freewater_median

The median of Free Water Metric for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_freewater_mean

The mean of Free Water Metric for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_msfg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_freewater_median

The median of Free Water Metric for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_freewater_mean

The mean of Free Water Metric for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_msfg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_msfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_mtg_middle_temporal_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_mtg_middle_temporal_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_mtg_middle_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_freewater_median

The median of Free Water Metric for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_freewater_mean

The mean of Free Water Metric for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ocp_occipital_pole_freewater_std

The standard deviation of Free Water Metric for the ROI of right_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_freewater_median

The median of Free Water Metric for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_freewater_mean

The mean of Free Water Metric for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ocp_occipital_pole_freewater_std

The standard deviation of Free Water Metric for the ROI of left_ocp_occipital_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_freewater_median

The median of Free Water Metric for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_freewater_mean

The mean of Free Water Metric for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ofug_freewater_std

The standard deviation of Free Water Metric for the ROI of right_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_freewater_median

The median of Free Water Metric for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_freewater_mean

The mean of Free Water Metric for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ofug_freewater_std

The standard deviation of Free Water Metric for the ROI of left_ofug_occipital_fusiform_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_freewater_median

The median of Free Water Metric for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_freewater_mean

The mean of Free Water Metric for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_opifg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_freewater_median

The median of Free Water Metric for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_freewater_mean

The mean of Free Water Metric for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_opifg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_opifg_opercular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_freewater_median

The median of Free Water Metric for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_freewater_mean

The mean of Free Water Metric for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_orifg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_freewater_median

The median of Free Water Metric for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_freewater_mean

The mean of Free Water Metric for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_orifg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_orifg_orbital_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_freewater_median

The median of Free Water Metric for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_freewater_mean

The mean of Free Water Metric for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcgg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_freewater_median

The median of Free Water Metric for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_freewater_mean

The mean of Free Water Metric for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcgg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_pcgg_posterior_cingulate_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_freewater_median

The median of Free Water Metric for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_freewater_mean

The mean of Free Water Metric for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pcu_precuneus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_freewater_median

The median of Free Water Metric for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_freewater_mean

The mean of Free Water Metric for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pcu_precuneus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_pcu_precuneus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_phg_parahippocampal_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_phg_parahippocampal_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_phg_parahippocampal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_freewater_median

The median of Free Water Metric for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_freewater_mean

The mean of Free Water Metric for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pins_posterior_insula_freewater_std

The standard deviation of Free Water Metric for the ROI of right_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_freewater_median

The median of Free Water Metric for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_freewater_mean

The mean of Free Water Metric for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pins_posterior_insula_freewater_std

The standard deviation of Free Water Metric for the ROI of left_pins_posterior_insula in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_freewater_median

The median of Free Water Metric for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_freewater_mean

The mean of Free Water Metric for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_po_parietal_operculum_freewater_std

The standard deviation of Free Water Metric for the ROI of right_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_freewater_median

The median of Free Water Metric for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_freewater_mean

The mean of Free Water Metric for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_po_parietal_operculum_freewater_std

The standard deviation of Free Water Metric for the ROI of left_po_parietal_operculum in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pog_postcentral_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pog_postcentral_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_pog_postcentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_freewater_median

The median of Free Water Metric for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_freewater_mean

The mean of Free Water Metric for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_porg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_freewater_median

The median of Free Water Metric for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_freewater_mean

The mean of Free Water Metric for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_porg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_porg_posterior_orbital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_freewater_median

The median of Free Water Metric for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_freewater_mean

The mean of Free Water Metric for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pp_planum_polare_freewater_std

The standard deviation of Free Water Metric for the ROI of right_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_freewater_median

The median of Free Water Metric for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_freewater_mean

The mean of Free Water Metric for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pp_planum_polare_freewater_std

The standard deviation of Free Water Metric for the ROI of left_pp_planum_polare in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_prg_precentral_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_prg_precentral_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_prg_precentral_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_freewater_median

The median of Free Water Metric for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_freewater_mean

The mean of Free Water Metric for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_pt_planum_temporale_freewater_std

The standard deviation of Free Water Metric for the ROI of right_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_freewater_median

The median of Free Water Metric for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_freewater_mean

The mean of Free Water Metric for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_pt_planum_temporale_freewater_std

The standard deviation of Free Water Metric for the ROI of left_pt_planum_temporale in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_freewater_median

The median of Free Water Metric for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_freewater_mean

The mean of Free Water Metric for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sca_subcallosal_area_freewater_std

The standard deviation of Free Water Metric for the ROI of right_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_freewater_median

The median of Free Water Metric for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_freewater_mean

The mean of Free Water Metric for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sca_subcallosal_area_freewater_std

The standard deviation of Free Water Metric for the ROI of left_sca_subcallosal_area in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_freewater_median

The median of Free Water Metric for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_freewater_mean

The mean of Free Water Metric for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sfg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_freewater_median

The median of Free Water Metric for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_freewater_mean

The mean of Free Water Metric for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sfg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_sfg_superior_frontal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_freewater_median

The median of Free Water Metric for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_freewater_mean

The mean of Free Water Metric for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smc_freewater_std

The standard deviation of Free Water Metric for the ROI of right_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_freewater_median

The median of Free Water Metric for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_freewater_mean

The mean of Free Water Metric for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smc_freewater_std

The standard deviation of Free Water Metric for the ROI of left_smc_supplementary_motor_cortex in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_freewater_median

The median of Free Water Metric for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_smg_supramarginal_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of right_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_freewater_median

The median of Free Water Metric for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_freewater_mean

The mean of Free Water Metric for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_smg_supramarginal_gyrus_freewater_std

The standard deviation of Free Water Metric for the ROI of left_smg_supramarginal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_freewater_median

The median of Free Water Metric for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_freewater_mean

The mean of Free Water Metric for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_sog_freewater_std

The standard deviation of Free Water Metric for the ROI of right_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_freewater_median

The median of Free Water Metric for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_freewater_mean

The mean of Free Water Metric for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_sog_freewater_std

The standard deviation of Free Water Metric for the ROI of left_sog_superior_occipital_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_freewater_median

The median of Free Water Metric for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_freewater_mean

The mean of Free Water Metric for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_spl_freewater_std

The standard deviation of Free Water Metric for the ROI of right_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_freewater_median

The median of Free Water Metric for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_freewater_mean

The mean of Free Water Metric for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_spl_freewater_std

The standard deviation of Free Water Metric for the ROI of left_spl_superior_parietal_lobule in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_freewater_median

The median of Free Water Metric for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_freewater_mean

The mean of Free Water Metric for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_stg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_freewater_median

The median of Free Water Metric for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_freewater_mean

The mean of Free Water Metric for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_stg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_stg_superior_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_freewater_median

The median of Free Water Metric for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_freewater_mean

The mean of Free Water Metric for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_tmp_temporal_pole_freewater_std

The standard deviation of Free Water Metric for the ROI of right_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_freewater_median

The median of Free Water Metric for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_freewater_mean

The mean of Free Water Metric for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_tmp_temporal_pole_freewater_std

The standard deviation of Free Water Metric for the ROI of left_tmp_temporal_pole in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_freewater_median

The median of Free Water Metric for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_freewater_mean

The mean of Free Water Metric for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_trifg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_freewater_median

The median of Free Water Metric for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_freewater_mean

The mean of Free Water Metric for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_trifg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_trifg_triangular_part_of_the_ifg in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_freewater_median

The median of Free Water Metric for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_freewater_mean

The mean of Free Water Metric for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_right_ttg_freewater_std

The standard deviation of Free Water Metric for the ROI of right_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_freewater_median

The median of Free Water Metric for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_freewater_mean

The mean of Free Water Metric for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_left_ttg_freewater_std

The standard deviation of Free Water Metric for the ROI of left_ttg_transverse_temporal_gyrus in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_freewater_median

The median of Free Water Metric for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_freewater_mean

The mean of Free Water Metric for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_ticv_freewater_std

The standard deviation of Free Water Metric for the ROI of ticv in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_fwcorrected_fa_median

The median of Fractional Anisotropy (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_fwcorrected_fa_mean

The mean of Fractional Anisotropy (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_fwcorrected_fa_std

The standard deviation of Fractional Anisotropy (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_fwcorrected_md_median

The median of Mean Diffusivity (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_fwcorrected_md_mean

The mean of Mean Diffusivity (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_fwcorrected_md_std

The standard deviation of Mean Diffusivity (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_fwcorrected_ad_median

The median of Axial Diffusivity (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_fwcorrected_ad_mean

The mean of Axial Diffusivity (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_fwcorrected_ad_std

The standard deviation of Axial Diffusivity (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_fwcorrected_rd_median

The median of Radial Diffusivity (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_fwcorrected_rd_mean

The mean of Radial Diffusivity (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_fwcorrected_rd_std

The standard deviation of Radial Diffusivity (Free Water Corrected) for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_freewater_median

The median of Free Water Metric for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_freewater_mean

The mean of Free Water Metric for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

t1seg_posteriorfossa_freewater_std

The standard deviation of Free Water Metric for the ROI of posteriorfossa in the SLANT-TICV segmentation maps (Liu, Yue, et al. Generalizing deep learning brain segmentation for skull removal and intracranial measurements. Magnetic resonance imaging 88 (2022) (Raw)

af_left_fa_mean

The mean of Fractional Anisotropy of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_md_mean

The mean of Mean Diffusivity of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_md_std

The standard deviation of Mean Diffusivity of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_ad_mean

The mean of Axial Diffusivity of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_rd_mean

The mean of Radial Diffusivity of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_volume

The volume of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_volume_endpoints

The volume at endpoints of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_streamlines_count

The number of streamlines of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_mean_curvature

The mean curvature of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_left_fractal_dimension

The fractal dimension of the bundle named AF_left (Left Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_fa_mean

The mean of Fractional Anisotropy of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_md_mean

The mean of Mean Diffusivity of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_md_std

The standard deviation of Mean Diffusivity of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_ad_mean

The mean of Axial Diffusivity of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_rd_mean

The mean of Radial Diffusivity of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_volume

The volume of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_volume_endpoints

The volume at endpoints of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_streamlines_count

The number of streamlines of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_mean_curvature

The mean curvature of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

af_right_fractal_dimension

The fractal dimension of the bundle named AF_right (Right Arcuate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_fa_mean

The mean of Fractional Anisotropy of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_md_mean

The mean of Mean Diffusivity of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_md_std

The standard deviation of Mean Diffusivity of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_ad_mean

The mean of Axial Diffusivity of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_rd_mean

The mean of Radial Diffusivity of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_volume

The volume of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_volume_endpoints

The volume at endpoints of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_streamlines_count

The number of streamlines of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_mean_curvature

The mean curvature of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_left_fractal_dimension

The fractal dimension of the bundle named ATR_left (Left Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_fa_mean

The mean of Fractional Anisotropy of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_md_mean

The mean of Mean Diffusivity of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_md_std

The standard deviation of Mean Diffusivity of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_ad_mean

The mean of Axial Diffusivity of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_rd_mean

The mean of Radial Diffusivity of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_volume

The volume of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_volume_endpoints

The volume at endpoints of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_streamlines_count

The number of streamlines of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_mean_curvature

The mean curvature of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

atr_right_fractal_dimension

The fractal dimension of the bundle named ATR_right (Right Anterior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_fa_mean

The mean of Fractional Anisotropy of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_fa_std

The standard deviation of Fractional Anisotropy of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_md_mean

The mean of Mean Diffusivity of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_md_std

The standard deviation of Mean Diffusivity of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_ad_mean

The mean of Axial Diffusivity of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_ad_std

The standard deviation of Axial Diffusivity of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_rd_mean

The mean of Radial Diffusivity of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_rd_std

The standard deviation of Radial Diffusivity of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_volume

The volume of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_volume_endpoints

The volume at endpoints of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_streamlines_count

The number of streamlines of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_mean_curvature

The mean curvature of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ca_fractal_dimension

The fractal dimension of the bundle named CA (Commissure Anterior) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_fa_mean

The mean of Fractional Anisotropy of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_fa_std

The standard deviation of Fractional Anisotropy of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_md_mean

The mean of Mean Diffusivity of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_md_std

The standard deviation of Mean Diffusivity of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_ad_mean

The mean of Axial Diffusivity of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_ad_std

The standard deviation of Axial Diffusivity of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_rd_mean

The mean of Radial Diffusivity of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_rd_std

The standard deviation of Radial Diffusivity of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_volume

The volume of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_volume_endpoints

The volume at endpoints of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_streamlines_count

The number of streamlines of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_mean_curvature

The mean curvature of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_1_fractal_dimension

The fractal dimension of the bundle named CC_1 (Rostrum) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_fa_mean

The mean of Fractional Anisotropy of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_fa_std

The standard deviation of Fractional Anisotropy of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_md_mean

The mean of Mean Diffusivity of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_md_std

The standard deviation of Mean Diffusivity of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_ad_mean

The mean of Axial Diffusivity of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_ad_std

The standard deviation of Axial Diffusivity of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_rd_mean

The mean of Radial Diffusivity of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_rd_std

The standard deviation of Radial Diffusivity of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_volume

The volume of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_volume_endpoints

The volume at endpoints of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_streamlines_count

The number of streamlines of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_mean_curvature

The mean curvature of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_2_fractal_dimension

The fractal dimension of the bundle named CC_2 (Genu) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_fa_mean

The mean of Fractional Anisotropy of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_fa_std

The standard deviation of Fractional Anisotropy of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_md_mean

The mean of Mean Diffusivity of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_md_std

The standard deviation of Mean Diffusivity of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_ad_mean

The mean of Axial Diffusivity of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_ad_std

The standard deviation of Axial Diffusivity of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_rd_mean

The mean of Radial Diffusivity of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_rd_std

The standard deviation of Radial Diffusivity of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_volume

The volume of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_volume_endpoints

The volume at endpoints of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_streamlines_count

The number of streamlines of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_mean_curvature

The mean curvature of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_3_fractal_dimension

The fractal dimension of the bundle named CC_3 (Rostral body (Premotor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_fa_mean

The mean of Fractional Anisotropy of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_fa_std

The standard deviation of Fractional Anisotropy of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_md_mean

The mean of Mean Diffusivity of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_md_std

The standard deviation of Mean Diffusivity of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_ad_mean

The mean of Axial Diffusivity of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_ad_std

The standard deviation of Axial Diffusivity of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_rd_mean

The mean of Radial Diffusivity of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_rd_std

The standard deviation of Radial Diffusivity of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_volume

The volume of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_volume_endpoints

The volume at endpoints of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_streamlines_count

The number of streamlines of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_mean_curvature

The mean curvature of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_4_fractal_dimension

The fractal dimension of the bundle named CC_4 (Anterior midbody (Primary Motor)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_fa_mean

The mean of Fractional Anisotropy of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_fa_std

The standard deviation of Fractional Anisotropy of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_md_mean

The mean of Mean Diffusivity of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_md_std

The standard deviation of Mean Diffusivity of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_ad_mean

The mean of Axial Diffusivity of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_ad_std

The standard deviation of Axial Diffusivity of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_rd_mean

The mean of Radial Diffusivity of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_rd_std

The standard deviation of Radial Diffusivity of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_volume

The volume of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_volume_endpoints

The volume at endpoints of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_streamlines_count

The number of streamlines of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_mean_curvature

The mean curvature of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_5_fractal_dimension

The fractal dimension of the bundle named CC_5 (Posterior midbody (Primary Somatosensory)) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_fa_mean

The mean of Fractional Anisotropy of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_fa_std

The standard deviation of Fractional Anisotropy of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_md_mean

The mean of Mean Diffusivity of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_md_std

The standard deviation of Mean Diffusivity of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_ad_mean

The mean of Axial Diffusivity of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_ad_std

The standard deviation of Axial Diffusivity of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_rd_mean

The mean of Radial Diffusivity of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_rd_std

The standard deviation of Radial Diffusivity of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_volume

The volume of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_volume_endpoints

The volume at endpoints of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_streamlines_count

The number of streamlines of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_mean_curvature

The mean curvature of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_6_fractal_dimension

The fractal dimension of the bundle named CC_6 (Isthmus) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_fa_mean

The mean of Fractional Anisotropy of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_fa_std

The standard deviation of Fractional Anisotropy of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_md_mean

The mean of Mean Diffusivity of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_md_std

The standard deviation of Mean Diffusivity of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_ad_mean

The mean of Axial Diffusivity of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_ad_std

The standard deviation of Axial Diffusivity of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_rd_mean

The mean of Radial Diffusivity of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_rd_std

The standard deviation of Radial Diffusivity of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_volume

The volume of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_volume_endpoints

The volume at endpoints of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_streamlines_count

The number of streamlines of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_mean_curvature

The mean curvature of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_7_fractal_dimension

The fractal dimension of the bundle named CC_7 (Splenium) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_fa_mean

The mean of Fractional Anisotropy of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_fa_std

The standard deviation of Fractional Anisotropy of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_md_mean

The mean of Mean Diffusivity of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_md_std

The standard deviation of Mean Diffusivity of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_ad_mean

The mean of Axial Diffusivity of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_ad_std

The standard deviation of Axial Diffusivity of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_rd_mean

The mean of Radial Diffusivity of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_rd_std

The standard deviation of Radial Diffusivity of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_volume

The volume of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_volume_endpoints

The volume at endpoints of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_streamlines_count

The number of streamlines of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_mean_curvature

The mean curvature of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cc_fractal_dimension

The fractal dimension of the bundle named CC (Corpus Callosum - all) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_fa_mean

The mean of Fractional Anisotropy of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_md_mean

The mean of Mean Diffusivity of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_md_std

The standard deviation of Mean Diffusivity of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_ad_mean

The mean of Axial Diffusivity of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_rd_mean

The mean of Radial Diffusivity of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_volume

The volume of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_volume_endpoints

The volume at endpoints of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_streamlines_count

The number of streamlines of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_mean_curvature

The mean curvature of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_left_fractal_dimension

The fractal dimension of the bundle named CG_left (Left Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_fa_mean

The mean of Fractional Anisotropy of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_md_mean

The mean of Mean Diffusivity of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_md_std

The standard deviation of Mean Diffusivity of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_ad_mean

The mean of Axial Diffusivity of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_rd_mean

The mean of Radial Diffusivity of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_volume

The volume of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_volume_endpoints

The volume at endpoints of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_streamlines_count

The number of streamlines of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_mean_curvature

The mean curvature of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cg_right_fractal_dimension

The fractal dimension of the bundle named CG_right (Right Cingulum left) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_fa_mean

The mean of Fractional Anisotropy of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_md_mean

The mean of Mean Diffusivity of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_md_std

The standard deviation of Mean Diffusivity of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_ad_mean

The mean of Axial Diffusivity of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_rd_mean

The mean of Radial Diffusivity of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_volume

The volume of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_volume_endpoints

The volume at endpoints of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_streamlines_count

The number of streamlines of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_mean_curvature

The mean curvature of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_left_fractal_dimension

The fractal dimension of the bundle named CST_left (Left Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_fa_mean

The mean of Fractional Anisotropy of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_md_mean

The mean of Mean Diffusivity of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_md_std

The standard deviation of Mean Diffusivity of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_ad_mean

The mean of Axial Diffusivity of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_rd_mean

The mean of Radial Diffusivity of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_volume

The volume of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_volume_endpoints

The volume at endpoints of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_streamlines_count

The number of streamlines of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_mean_curvature

The mean curvature of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

cst_right_fractal_dimension

The fractal dimension of the bundle named CST_right (Right Corticospinal tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_fa_mean

The mean of Fractional Anisotropy of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_md_mean

The mean of Mean Diffusivity of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_md_std

The standard deviation of Mean Diffusivity of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_ad_mean

The mean of Axial Diffusivity of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_rd_mean

The mean of Radial Diffusivity of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_volume

The volume of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_volume_endpoints

The volume at endpoints of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_streamlines_count

The number of streamlines of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_mean_curvature

The mean curvature of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_left_fractal_dimension

The fractal dimension of the bundle named FPT_left (Left Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_fa_mean

The mean of Fractional Anisotropy of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_md_mean

The mean of Mean Diffusivity of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_md_std

The standard deviation of Mean Diffusivity of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_ad_mean

The mean of Axial Diffusivity of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_rd_mean

The mean of Radial Diffusivity of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_volume

The volume of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_volume_endpoints

The volume at endpoints of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_streamlines_count

The number of streamlines of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_mean_curvature

The mean curvature of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fpt_right_fractal_dimension

The fractal dimension of the bundle named FPT_right (Right Fronto-pontine tract) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_fa_mean

The mean of Fractional Anisotropy of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_md_mean

The mean of Mean Diffusivity of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_md_std

The standard deviation of Mean Diffusivity of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_ad_mean

The mean of Axial Diffusivity of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_rd_mean

The mean of Radial Diffusivity of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_volume

The volume of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_volume_endpoints

The volume at endpoints of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_streamlines_count

The number of streamlines of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_mean_curvature

The mean curvature of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_left_fractal_dimension

The fractal dimension of the bundle named FX_left (Left Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_fa_mean

The mean of Fractional Anisotropy of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_md_mean

The mean of Mean Diffusivity of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_md_std

The standard deviation of Mean Diffusivity of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_ad_mean

The mean of Axial Diffusivity of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_rd_mean

The mean of Radial Diffusivity of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_volume

The volume of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_volume_endpoints

The volume at endpoints of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_streamlines_count

The number of streamlines of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_mean_curvature

The mean curvature of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

fx_right_fractal_dimension

The fractal dimension of the bundle named FX_right (Right Fornix) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_fa_mean

The mean of Fractional Anisotropy of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_md_mean

The mean of Mean Diffusivity of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_md_std

The standard deviation of Mean Diffusivity of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_ad_mean

The mean of Axial Diffusivity of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_rd_mean

The mean of Radial Diffusivity of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_volume

The volume of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_volume_endpoints

The volume at endpoints of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_streamlines_count

The number of streamlines of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_mean_curvature

The mean curvature of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_left_fractal_dimension

The fractal dimension of the bundle named ICP_left (Left Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_fa_mean

The mean of Fractional Anisotropy of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_md_mean

The mean of Mean Diffusivity of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_md_std

The standard deviation of Mean Diffusivity of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_ad_mean

The mean of Axial Diffusivity of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_rd_mean

The mean of Radial Diffusivity of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_volume

The volume of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_volume_endpoints

The volume at endpoints of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_streamlines_count

The number of streamlines of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_mean_curvature

The mean curvature of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

icp_right_fractal_dimension

The fractal dimension of the bundle named ICP_right (Right Inferior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_fa_mean

The mean of Fractional Anisotropy of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_md_mean

The mean of Mean Diffusivity of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_md_std

The standard deviation of Mean Diffusivity of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_ad_mean

The mean of Axial Diffusivity of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_rd_mean

The mean of Radial Diffusivity of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_volume

The volume of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_volume_endpoints

The volume at endpoints of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_streamlines_count

The number of streamlines of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_mean_curvature

The mean curvature of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_left_fractal_dimension

The fractal dimension of the bundle named IFO_left (Left Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_fa_mean

The mean of Fractional Anisotropy of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_md_mean

The mean of Mean Diffusivity of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_md_std

The standard deviation of Mean Diffusivity of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_ad_mean

The mean of Axial Diffusivity of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_rd_mean

The mean of Radial Diffusivity of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_volume

The volume of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_volume_endpoints

The volume at endpoints of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_streamlines_count

The number of streamlines of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_mean_curvature

The mean curvature of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ifo_right_fractal_dimension

The fractal dimension of the bundle named IFO_right (Right Inferior occipito-frontal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_fa_mean

The mean of Fractional Anisotropy of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_md_mean

The mean of Mean Diffusivity of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_md_std

The standard deviation of Mean Diffusivity of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_ad_mean

The mean of Axial Diffusivity of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_rd_mean

The mean of Radial Diffusivity of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_volume

The volume of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_volume_endpoints

The volume at endpoints of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_streamlines_count

The number of streamlines of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_mean_curvature

The mean curvature of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_left_fractal_dimension

The fractal dimension of the bundle named ILF_left (Left Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_fa_mean

The mean of Fractional Anisotropy of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_md_mean

The mean of Mean Diffusivity of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_md_std

The standard deviation of Mean Diffusivity of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_ad_mean

The mean of Axial Diffusivity of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_rd_mean

The mean of Radial Diffusivity of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_volume

The volume of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_volume_endpoints

The volume at endpoints of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_streamlines_count

The number of streamlines of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_mean_curvature

The mean curvature of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

ilf_right_fractal_dimension

The fractal dimension of the bundle named ILF_right (Right Inferior longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_fa_mean

The mean of Fractional Anisotropy of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_fa_std

The standard deviation of Fractional Anisotropy of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_md_mean

The mean of Mean Diffusivity of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_md_std

The standard deviation of Mean Diffusivity of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_ad_mean

The mean of Axial Diffusivity of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_ad_std

The standard deviation of Axial Diffusivity of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_rd_mean

The mean of Radial Diffusivity of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_rd_std

The standard deviation of Radial Diffusivity of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_volume

The volume of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_volume_endpoints

The volume at endpoints of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_streamlines_count

The number of streamlines of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_mean_curvature

The mean curvature of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mcp_fractal_dimension

The fractal dimension of the bundle named MCP (Middle cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_fa_mean

The mean of Fractional Anisotropy of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_md_mean

The mean of Mean Diffusivity of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_md_std

The standard deviation of Mean Diffusivity of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_ad_mean

The mean of Axial Diffusivity of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_rd_mean

The mean of Radial Diffusivity of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_volume

The volume of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_volume_endpoints

The volume at endpoints of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_streamlines_count

The number of streamlines of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_mean_curvature

The mean curvature of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_left_fractal_dimension

The fractal dimension of the bundle named MLF_left (Left Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_fa_mean

The mean of Fractional Anisotropy of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_md_mean

The mean of Mean Diffusivity of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_md_std

The standard deviation of Mean Diffusivity of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_ad_mean

The mean of Axial Diffusivity of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_rd_mean

The mean of Radial Diffusivity of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_volume

The volume of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_volume_endpoints

The volume at endpoints of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_streamlines_count

The number of streamlines of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_mean_curvature

The mean curvature of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

mlf_right_fractal_dimension

The fractal dimension of the bundle named MLF_right (Right Middle longitudinal fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_fa_mean

The mean of Fractional Anisotropy of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_md_mean

The mean of Mean Diffusivity of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_md_std

The standard deviation of Mean Diffusivity of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_ad_mean

The mean of Axial Diffusivity of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_rd_mean

The mean of Radial Diffusivity of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_volume

The volume of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_volume_endpoints

The volume at endpoints of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_streamlines_count

The number of streamlines of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_mean_curvature

The mean curvature of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_left_fractal_dimension

The fractal dimension of the bundle named OR_left (Left Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_fa_mean

The mean of Fractional Anisotropy of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_md_mean

The mean of Mean Diffusivity of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_md_std

The standard deviation of Mean Diffusivity of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_ad_mean

The mean of Axial Diffusivity of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_rd_mean

The mean of Radial Diffusivity of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_volume

The volume of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_volume_endpoints

The volume at endpoints of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_streamlines_count

The number of streamlines of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_mean_curvature

The mean curvature of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

or_right_fractal_dimension

The fractal dimension of the bundle named OR_right (Right Optic radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_fa_mean

The mean of Fractional Anisotropy of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_md_mean

The mean of Mean Diffusivity of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_md_std

The standard deviation of Mean Diffusivity of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_ad_mean

The mean of Axial Diffusivity of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_rd_mean

The mean of Radial Diffusivity of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_volume

The volume of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_volume_endpoints

The volume at endpoints of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_streamlines_count

The number of streamlines of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_mean_curvature

The mean curvature of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_left_fractal_dimension

The fractal dimension of the bundle named POPT_left (Left Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_fa_mean

The mean of Fractional Anisotropy of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_md_mean

The mean of Mean Diffusivity of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_md_std

The standard deviation of Mean Diffusivity of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_ad_mean

The mean of Axial Diffusivity of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_rd_mean

The mean of Radial Diffusivity of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_volume

The volume of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_volume_endpoints

The volume at endpoints of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_streamlines_count

The number of streamlines of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_mean_curvature

The mean curvature of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

popt_right_fractal_dimension

The fractal dimension of the bundle named POPT_right (Right Parieto‐occipital pontine) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_fa_mean

The mean of Fractional Anisotropy of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_md_mean

The mean of Mean Diffusivity of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_md_std

The standard deviation of Mean Diffusivity of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_ad_mean

The mean of Axial Diffusivity of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_rd_mean

The mean of Radial Diffusivity of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_volume

The volume of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_volume_endpoints

The volume at endpoints of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_streamlines_count

The number of streamlines of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_mean_curvature

The mean curvature of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_left_fractal_dimension

The fractal dimension of the bundle named SCP_left (Left Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_fa_mean

The mean of Fractional Anisotropy of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_md_mean

The mean of Mean Diffusivity of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_md_std

The standard deviation of Mean Diffusivity of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_ad_mean

The mean of Axial Diffusivity of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_rd_mean

The mean of Radial Diffusivity of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_volume

The volume of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_volume_endpoints

The volume at endpoints of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_streamlines_count

The number of streamlines of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_mean_curvature

The mean curvature of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

scp_right_fractal_dimension

The fractal dimension of the bundle named SCP_right (Right Superior cerebellar peduncle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_fa_mean

The mean of Fractional Anisotropy of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_md_mean

The mean of Mean Diffusivity of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_md_std

The standard deviation of Mean Diffusivity of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_ad_mean

The mean of Axial Diffusivity of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_rd_mean

The mean of Radial Diffusivity of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_volume

The volume of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_volume_endpoints

The volume at endpoints of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_streamlines_count

The number of streamlines of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_mean_curvature

The mean curvature of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_left_fractal_dimension

The fractal dimension of the bundle named SLF_I_left (Left Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_fa_mean

The mean of Fractional Anisotropy of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_md_mean

The mean of Mean Diffusivity of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_md_std

The standard deviation of Mean Diffusivity of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_ad_mean

The mean of Axial Diffusivity of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_rd_mean

The mean of Radial Diffusivity of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_volume

The volume of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_volume_endpoints

The volume at endpoints of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_streamlines_count

The number of streamlines of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_mean_curvature

The mean curvature of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_i_right_fractal_dimension

The fractal dimension of the bundle named SLF_I_right (Right Superior longitudinal fascicle I) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_fa_mean

The mean of Fractional Anisotropy of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_md_mean

The mean of Mean Diffusivity of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_md_std

The standard deviation of Mean Diffusivity of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_ad_mean

The mean of Axial Diffusivity of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_rd_mean

The mean of Radial Diffusivity of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_volume

The volume of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_volume_endpoints

The volume at endpoints of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_streamlines_count

The number of streamlines of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_mean_curvature

The mean curvature of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_left_fractal_dimension

The fractal dimension of the bundle named SLF_II_left (Left Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_fa_mean

The mean of Fractional Anisotropy of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_md_mean

The mean of Mean Diffusivity of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_md_std

The standard deviation of Mean Diffusivity of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_ad_mean

The mean of Axial Diffusivity of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_rd_mean

The mean of Radial Diffusivity of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_volume

The volume of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_volume_endpoints

The volume at endpoints of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_streamlines_count

The number of streamlines of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_mean_curvature

The mean curvature of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_ii_right_fractal_dimension

The fractal dimension of the bundle named SLF_II_right (Right Superior longitudinal fascicle II) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_fa_mean

The mean of Fractional Anisotropy of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_md_mean

The mean of Mean Diffusivity of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_md_std

The standard deviation of Mean Diffusivity of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_ad_mean

The mean of Axial Diffusivity of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_rd_mean

The mean of Radial Diffusivity of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_volume

The volume of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_volume_endpoints

The volume at endpoints of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_streamlines_count

The number of streamlines of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_mean_curvature

The mean curvature of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_left_fractal_dimension

The fractal dimension of the bundle named SLF_III_left (Left Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_fa_mean

The mean of Fractional Anisotropy of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_md_mean

The mean of Mean Diffusivity of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_md_std

The standard deviation of Mean Diffusivity of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_ad_mean

The mean of Axial Diffusivity of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_rd_mean

The mean of Radial Diffusivity of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_volume

The volume of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_volume_endpoints

The volume at endpoints of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_streamlines_count

The number of streamlines of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_mean_curvature

The mean curvature of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

slf_iii_right_fractal_dimension

The fractal dimension of the bundle named SLF_III_right (Right Superior longitudinal fascicle III) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

Study_Visit

str_left_fa_mean

The mean of Fractional Anisotropy of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_md_mean

The mean of Mean Diffusivity of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_md_std

The standard deviation of Mean Diffusivity of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_ad_mean

The mean of Axial Diffusivity of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_rd_mean

The mean of Radial Diffusivity of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_volume

The volume of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_volume_endpoints

The volume at endpoints of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_streamlines_count

The number of streamlines of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_mean_curvature

The mean curvature of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_left_fractal_dimension

The fractal dimension of the bundle named STR_left (Left Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_fa_mean

The mean of Fractional Anisotropy of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_md_mean

The mean of Mean Diffusivity of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_md_std

The standard deviation of Mean Diffusivity of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_ad_mean

The mean of Axial Diffusivity of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_rd_mean

The mean of Radial Diffusivity of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_volume

The volume of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_volume_endpoints

The volume at endpoints of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_streamlines_count

The number of streamlines of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_mean_curvature

The mean curvature of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

str_right_fractal_dimension

The fractal dimension of the bundle named STR_right (Right Superior Thalamic Radiation) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_fa_mean

The mean of Fractional Anisotropy of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_md_mean

The mean of Mean Diffusivity of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_md_std

The standard deviation of Mean Diffusivity of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_ad_mean

The mean of Axial Diffusivity of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_rd_mean

The mean of Radial Diffusivity of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_volume

The volume of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_volume_endpoints

The volume at endpoints of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_streamlines_count

The number of streamlines of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_mean_curvature

The mean curvature of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_left_fractal_dimension

The fractal dimension of the bundle named ST_FO_left (Left Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_fa_mean

The mean of Fractional Anisotropy of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_md_mean

The mean of Mean Diffusivity of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_md_std

The standard deviation of Mean Diffusivity of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_ad_mean

The mean of Axial Diffusivity of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_rd_mean

The mean of Radial Diffusivity of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_volume

The volume of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_volume_endpoints

The volume at endpoints of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_streamlines_count

The number of streamlines of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_mean_curvature

The mean curvature of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_fo_right_fractal_dimension

The fractal dimension of the bundle named ST_FO_right (Right Striato-fronto-orbital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_fa_mean

The mean of Fractional Anisotropy of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_md_mean

The mean of Mean Diffusivity of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_md_std

The standard deviation of Mean Diffusivity of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_ad_mean

The mean of Axial Diffusivity of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_rd_mean

The mean of Radial Diffusivity of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_volume

The volume of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_volume_endpoints

The volume at endpoints of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_streamlines_count

The number of streamlines of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_mean_curvature

The mean curvature of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_left_fractal_dimension

The fractal dimension of the bundle named ST_PREF_left (Left Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_fa_mean

The mean of Fractional Anisotropy of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_md_mean

The mean of Mean Diffusivity of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_md_std

The standard deviation of Mean Diffusivity of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_ad_mean

The mean of Axial Diffusivity of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_rd_mean

The mean of Radial Diffusivity of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_volume

The volume of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_volume_endpoints

The volume at endpoints of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_streamlines_count

The number of streamlines of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_mean_curvature

The mean curvature of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_pref_right_fractal_dimension

The fractal dimension of the bundle named ST_PREF_right (Right Striato-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_fa_mean

The mean of Fractional Anisotropy of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_md_mean

The mean of Mean Diffusivity of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_md_std

The standard deviation of Mean Diffusivity of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_ad_mean

The mean of Axial Diffusivity of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_rd_mean

The mean of Radial Diffusivity of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_volume

The volume of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_volume_endpoints

The volume at endpoints of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_streamlines_count

The number of streamlines of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_mean_curvature

The mean curvature of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_left_fractal_dimension

The fractal dimension of the bundle named ST_PREM_left (Left Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_fa_mean

The mean of Fractional Anisotropy of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_md_mean

The mean of Mean Diffusivity of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_md_std

The standard deviation of Mean Diffusivity of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_ad_mean

The mean of Axial Diffusivity of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_rd_mean

The mean of Radial Diffusivity of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_volume

The volume of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_volume_endpoints

The volume at endpoints of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_streamlines_count

The number of streamlines of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_mean_curvature

The mean curvature of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prem_right_fractal_dimension

The fractal dimension of the bundle named ST_PREM_right (Right Striato-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_fa_mean

The mean of Fractional Anisotropy of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_md_mean

The mean of Mean Diffusivity of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_md_std

The standard deviation of Mean Diffusivity of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_ad_mean

The mean of Axial Diffusivity of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_rd_mean

The mean of Radial Diffusivity of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_volume

The volume of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_volume_endpoints

The volume at endpoints of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_streamlines_count

The number of streamlines of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_mean_curvature

The mean curvature of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_left_fractal_dimension

The fractal dimension of the bundle named ST_PREC_left (Left Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_fa_mean

The mean of Fractional Anisotropy of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_md_mean

The mean of Mean Diffusivity of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_md_std

The standard deviation of Mean Diffusivity of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_ad_mean

The mean of Axial Diffusivity of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_rd_mean

The mean of Radial Diffusivity of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_volume

The volume of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_volume_endpoints

The volume at endpoints of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_streamlines_count

The number of streamlines of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_mean_curvature

The mean curvature of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_prec_right_fractal_dimension

The fractal dimension of the bundle named ST_PREC_right (Right Striato-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_fa_mean

The mean of Fractional Anisotropy of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_md_mean

The mean of Mean Diffusivity of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_md_std

The standard deviation of Mean Diffusivity of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_ad_mean

The mean of Axial Diffusivity of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_rd_mean

The mean of Radial Diffusivity of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_volume

The volume of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_volume_endpoints

The volume at endpoints of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_streamlines_count

The number of streamlines of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_mean_curvature

The mean curvature of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_left_fractal_dimension

The fractal dimension of the bundle named ST_POSTC_left (Left Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_fa_mean

The mean of Fractional Anisotropy of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_md_mean

The mean of Mean Diffusivity of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_md_std

The standard deviation of Mean Diffusivity of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_ad_mean

The mean of Axial Diffusivity of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_rd_mean

The mean of Radial Diffusivity of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_volume

The volume of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_volume_endpoints

The volume at endpoints of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_streamlines_count

The number of streamlines of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_mean_curvature

The mean curvature of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_postc_right_fractal_dimension

The fractal dimension of the bundle named ST_POSTC_right (Right Striato-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_fa_mean

The mean of Fractional Anisotropy of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_md_mean

The mean of Mean Diffusivity of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_md_std

The standard deviation of Mean Diffusivity of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_ad_mean

The mean of Axial Diffusivity of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_rd_mean

The mean of Radial Diffusivity of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_volume

The volume of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_volume_endpoints

The volume at endpoints of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_streamlines_count

The number of streamlines of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_mean_curvature

The mean curvature of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_left_fractal_dimension

The fractal dimension of the bundle named ST_PAR_left (Left Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_fa_mean

The mean of Fractional Anisotropy of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_md_mean

The mean of Mean Diffusivity of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_md_std

The standard deviation of Mean Diffusivity of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_ad_mean

The mean of Axial Diffusivity of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_rd_mean

The mean of Radial Diffusivity of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_volume

The volume of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_volume_endpoints

The volume at endpoints of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_streamlines_count

The number of streamlines of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_mean_curvature

The mean curvature of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_par_right_fractal_dimension

The fractal dimension of the bundle named ST_PAR_right (Right Striato-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_fa_mean

The mean of Fractional Anisotropy of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_md_mean

The mean of Mean Diffusivity of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_md_std

The standard deviation of Mean Diffusivity of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_ad_mean

The mean of Axial Diffusivity of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_rd_mean

The mean of Radial Diffusivity of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_volume

The volume of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_volume_endpoints

The volume at endpoints of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_streamlines_count

The number of streamlines of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_mean_curvature

The mean curvature of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_left_fractal_dimension

The fractal dimension of the bundle named ST_OCC_left (Left Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_fa_mean

The mean of Fractional Anisotropy of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_md_mean

The mean of Mean Diffusivity of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_md_std

The standard deviation of Mean Diffusivity of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_ad_mean

The mean of Axial Diffusivity of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_rd_mean

The mean of Radial Diffusivity of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_volume

The volume of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_volume_endpoints

The volume at endpoints of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_streamlines_count

The number of streamlines of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_mean_curvature

The mean curvature of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

st_occ_right_fractal_dimension

The fractal dimension of the bundle named ST_OCC_right (Right Striato-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_fa_mean

The mean of Fractional Anisotropy of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_md_mean

The mean of Mean Diffusivity of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_md_std

The standard deviation of Mean Diffusivity of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_ad_mean

The mean of Axial Diffusivity of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_rd_mean

The mean of Radial Diffusivity of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_volume

The volume of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_volume_endpoints

The volume at endpoints of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_streamlines_count

The number of streamlines of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_mean_curvature

The mean curvature of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_left_fractal_dimension

The fractal dimension of the bundle named T_PREF_left (Left Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_fa_mean

The mean of Fractional Anisotropy of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_md_mean

The mean of Mean Diffusivity of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_md_std

The standard deviation of Mean Diffusivity of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_ad_mean

The mean of Axial Diffusivity of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_rd_mean

The mean of Radial Diffusivity of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_volume

The volume of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_volume_endpoints

The volume at endpoints of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_streamlines_count

The number of streamlines of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_mean_curvature

The mean curvature of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_pref_right_fractal_dimension

The fractal dimension of the bundle named T_PREF_right (Right Thalamo-prefrontal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_fa_mean

The mean of Fractional Anisotropy of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_md_mean

The mean of Mean Diffusivity of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_md_std

The standard deviation of Mean Diffusivity of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_ad_mean

The mean of Axial Diffusivity of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_rd_mean

The mean of Radial Diffusivity of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_volume

The volume of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_volume_endpoints

The volume at endpoints of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_streamlines_count

The number of streamlines of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_mean_curvature

The mean curvature of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_left_fractal_dimension

The fractal dimension of the bundle named T_PREM_left (Left Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_fa_mean

The mean of Fractional Anisotropy of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_md_mean

The mean of Mean Diffusivity of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_md_std

The standard deviation of Mean Diffusivity of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_ad_mean

The mean of Axial Diffusivity of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_rd_mean

The mean of Radial Diffusivity of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_volume

The volume of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_volume_endpoints

The volume at endpoints of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_streamlines_count

The number of streamlines of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_mean_curvature

The mean curvature of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prem_right_fractal_dimension

The fractal dimension of the bundle named T_PREM_right (Right Thalamo-premotor) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_fa_mean

The mean of Fractional Anisotropy of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_md_mean

The mean of Mean Diffusivity of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_md_std

The standard deviation of Mean Diffusivity of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_ad_mean

The mean of Axial Diffusivity of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_rd_mean

The mean of Radial Diffusivity of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_volume

The volume of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_volume_endpoints

The volume at endpoints of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_streamlines_count

The number of streamlines of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_mean_curvature

The mean curvature of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_left_fractal_dimension

The fractal dimension of the bundle named T_PREC_left (Left Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_fa_mean

The mean of Fractional Anisotropy of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_md_mean

The mean of Mean Diffusivity of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_md_std

The standard deviation of Mean Diffusivity of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_ad_mean

The mean of Axial Diffusivity of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_rd_mean

The mean of Radial Diffusivity of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_volume

The volume of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_volume_endpoints

The volume at endpoints of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_streamlines_count

The number of streamlines of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_mean_curvature

The mean curvature of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_prec_right_fractal_dimension

The fractal dimension of the bundle named T_PREC_right (Right Thalamo-precentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_fa_mean

The mean of Fractional Anisotropy of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_md_mean

The mean of Mean Diffusivity of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_md_std

The standard deviation of Mean Diffusivity of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_ad_mean

The mean of Axial Diffusivity of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_rd_mean

The mean of Radial Diffusivity of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_volume

The volume of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_volume_endpoints

The volume at endpoints of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_streamlines_count

The number of streamlines of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_mean_curvature

The mean curvature of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_left_fractal_dimension

The fractal dimension of the bundle named T_POSTC_left (Left Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_fa_mean

The mean of Fractional Anisotropy of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_md_mean

The mean of Mean Diffusivity of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_md_std

The standard deviation of Mean Diffusivity of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_ad_mean

The mean of Axial Diffusivity of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_rd_mean

The mean of Radial Diffusivity of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_volume

The volume of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_volume_endpoints

The volume at endpoints of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_streamlines_count

The number of streamlines of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_mean_curvature

The mean curvature of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_postc_right_fractal_dimension

The fractal dimension of the bundle named T_POSTC_right (Right Thalamo-postcentral) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_fa_mean

The mean of Fractional Anisotropy of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_md_mean

The mean of Mean Diffusivity of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_md_std

The standard deviation of Mean Diffusivity of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_ad_mean

The mean of Axial Diffusivity of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_rd_mean

The mean of Radial Diffusivity of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_volume

The volume of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_volume_endpoints

The volume at endpoints of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_streamlines_count

The number of streamlines of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_mean_curvature

The mean curvature of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_left_fractal_dimension

The fractal dimension of the bundle named T_PAR_left (Left Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_fa_mean

The mean of Fractional Anisotropy of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_md_mean

The mean of Mean Diffusivity of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_md_std

The standard deviation of Mean Diffusivity of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_ad_mean

The mean of Axial Diffusivity of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_rd_mean

The mean of Radial Diffusivity of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_volume

The volume of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_volume_endpoints

The volume at endpoints of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_streamlines_count

The number of streamlines of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_mean_curvature

The mean curvature of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_par_right_fractal_dimension

The fractal dimension of the bundle named T_PAR_right (Right Thalamo-parietal) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_fa_mean

The mean of Fractional Anisotropy of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_md_mean

The mean of Mean Diffusivity of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_md_std

The standard deviation of Mean Diffusivity of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_ad_mean

The mean of Axial Diffusivity of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_rd_mean

The mean of Radial Diffusivity of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_volume

The volume of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_volume_endpoints

The volume at endpoints of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_streamlines_count

The number of streamlines of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_mean_curvature

The mean curvature of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_left_fractal_dimension

The fractal dimension of the bundle named T_OCC_left (Left Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_fa_mean

The mean of Fractional Anisotropy of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_md_mean

The mean of Mean Diffusivity of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_md_std

The standard deviation of Mean Diffusivity of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_ad_mean

The mean of Axial Diffusivity of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_rd_mean

The mean of Radial Diffusivity of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_volume

The volume of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_volume_endpoints

The volume at endpoints of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_streamlines_count

The number of streamlines of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_mean_curvature

The mean curvature of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

t_occ_right_fractal_dimension

The fractal dimension of the bundle named T_OCC_right (Right Thalamo-occipital) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_fa_mean

The mean of Fractional Anisotropy of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_fa_std

The standard deviation of Fractional Anisotropy of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_md_mean

The mean of Mean Diffusivity of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_md_std

The standard deviation of Mean Diffusivity of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_ad_mean

The mean of Axial Diffusivity of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_ad_std

The standard deviation of Axial Diffusivity of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_rd_mean

The mean of Radial Diffusivity of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_rd_std

The standard deviation of Radial Diffusivity of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_volume

The volume of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_volume_endpoints

The volume at endpoints of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_streamlines_count

The number of streamlines of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_mean_curvature

The mean curvature of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_left_fractal_dimension

The fractal dimension of the bundle named UF_left (Left Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_fa_mean

The mean of Fractional Anisotropy of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_fa_std

The standard deviation of Fractional Anisotropy of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_md_mean

The mean of Mean Diffusivity of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_md_std

The standard deviation of Mean Diffusivity of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_ad_mean

The mean of Axial Diffusivity of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_ad_std

The standard deviation of Axial Diffusivity of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_rd_mean

The mean of Radial Diffusivity of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_rd_std

The standard deviation of Radial Diffusivity of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_volume

The volume of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_volume_endpoints

The volume at endpoints of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_streamlines_count

The number of streamlines of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_avg_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The average length of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_std_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The standard deviation of length of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_min_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The minimun length of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_max_length

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The maximun length of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_span

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The span of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_curl

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The curl of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_diameter

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The diameter of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_elongation

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The elongation of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_surface_area

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The surface area of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_end_surface_area_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the head of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_end_surface_area_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The end surface area for the tail of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_radius_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the head of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_radius_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The radius for the tail of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_irregularity

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_irregularity_of_end_surface_head

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the head of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_irregularity_of_end_surface_tail

As defined in (Yeh, Fang-Cheng. Shape analysis of the human association pathways. Neuroimage 223 (2020)), The irregularity of the end surface for the tail of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_mean_curvature

The mean curvature of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

uf_right_fractal_dimension

The fractal dimension of the bundle named UF_right (Right Uncinate fascicle) defined by Tractseg (Wasserthal, Jakob, et al. TractSeg-Fast and accurate white matter tract segmentation. NeuroImage 183 (2018) (Raw)

PHC_nodal_strength

Average node strength is computed over all nodes in the SLANT atlas. Node strength is the number of streamlines connecting a node (PHC Harmonized)

PHC_density

Density is the number of present connections to the total number of connections possible (PHC Harmonized)

PHC_rich_club

Rich club networks have subgroups of central nodes that tend to interact with one another (PHC Harmonized)

betweenness_centrality

Average betweenness centrality computed over all nodes in SLANT atlas. Betweenness centrality is the sum of ratio between shortest paths that contain node and the total number of shortest paths (Raw)

modularity

Modularity is the quality of division of the network into modules (Raw)

assortativity

Assortativity is the correlation coefficient between the degrees of all nodes on two opposite ends of a connection and reflects network resiliancy (Raw)

participation

The average participation coefficient computed over all nodes in the SLANT atlas. Participation coefficient characterizes the diversity of intermodular connections of nodes (Raw)

clustering

The average clustering coefficient, computed over all nodes in the SLANT atlas. Clustering coefficient is the possibility that any two neighbors of a node are also connected (Raw)

nodal_strength

Average node strength is computed over all nodes in the SLANT atlas. Node strength is the number of streamlines connecting a node (Raw)

local_efficiency

Average local efficiency is computed over all nodes in the SLANT atlas. Local efficiency is the ability of information to move around nodal subsets (Raw)

global_efficiency

Global efficiency is the ability for information to move around the whole network (Raw)

density

Density is the number of present connections to the total number of connections possible (Raw)

rich_club

Rich club networks have subgroups of central nodes that tend to interact with one another (Raw)

path_length

The characteristic path length is the average shortest path, in millimeters, to traverse the network (Raw)

edge_count

The number of edges in the average shortest path to traverse the network (Raw)

Source

https://www.naccdata.org/about-nacc-data/.

Examples

if (FALSE) { # \dontrun{
browseVignettes('NACCADRC')
} # }