Table 1.
Name | Description |
---|---|
ttlvox | Total number of voxels (size of ROI in voxels) |
dist_cm_cg | Distance (in voxel) between the center of mass of the ROI and the center of the gravitya of the ROI |
sum_pdmg_n351 | Sum of (the number of lesioned voxels within ROI divided by a total number of voxels (ROI size) for each subject) |
prob_dmg_5p | Proportion of the people (out of 351) with damages in a given ROI where the damage threshold is >5% |
prob_dmg_10p | Proportion of the people (out of 351) with damages in a given ROI where the damage threshold is >10% |
prob_dmg_20p | Proportion of the people (out of 351) with damages in a given ROI where the damage threshold is >20% |
prob_dmg_40p | Proportion of the people (out of 351) with damages in a given ROI where the damage threshold is >40% |
prob_dmg_60p | Proportion of the people (out of 351) with damages in a given ROI where the damage thresholds is >60% |
prob_dmg_80p | Proportion of the people (out of 351) with damages in a given ROI where the damage thresholds is >80% |
avg_num_lesVox | Average (number of lesioned voxels within ROI for each subject) |
num_subj_anydmg | Total number subject with ANY damage to the ROI |
avg_num_lesVox_anydmg | Average (umber of voxels within the ROI for each subject who had any damaged to that ROI) |
num_sum_20pdmg | Total number of subject with lesion >20% for the ROI |
avg_num_lesVox_20pdmg | Average (number of voxels within the ROI for each subject who had damage >20% to that ROI) |
pro_lesionedROI | Average of [(number of damaged voxels in the ROI) divided by (total number of damaged voxels in the brain) for each subject] |
pro_lesionedROI_subj_anydmg | Average of [(number of damaged voxels in the ROI) divided by (total number of damaged voxels in the brain) for each subject who had any damage] |
pPro_lesionedROI_subj_20pdmg | Average of [(number of damaged voxels in the ROI) divided by (total number of damaged voxels in the brain) for each subject who had damage >20% to that ROI] |
avg_num_lesVox | Average of (number of lesioned voxels within ROI for each subject) |
The center of gravity is computed based on lesion coverage for the population (n = 351).