1. ADSP-PHC
  2. Data
  3. Data Dictionary
  4. MRI
  5. T1 - FreeSurfer
  6. Right inferior temporal gyri thickness harmonized with combat
Main Category Category Variable Anchor Cohort Label Units Type Comments Derivation Level
Clinical & Demographic Demographics PHC_Visit Harmonized Visit Number Integer Given differences in visit codes across cohorts, we built a harmonized visit variable simply counting each sequential visit within each study starting with the first visit with cognitive data and ending with the last visit with cognitive data. For non-cognitive data, PHC_Visit corresponds to the matching cognitive PHC_Visit where their respective collection dates were within 90 days of the given cognitive visit.
Clinical & Demographic Demographics PHC_Age_Cognition Participant's Age at Cognitive Visit Years Number Note: In NIAGADS this is a character variable since any PHC_Age equal to or above 90 was changed to "90+".
Clinical & Demographic Demographics PHC_Age_Biomarker Participant's Age at Biomarker Visit Years Number Note: In NIAGADS this is a character variable since any PHC_Age equal to or above 90 was changed to "90+".
Clinical & Demographic Demographics PHC_Age_CardiovascularRisk Participant's Age at Cardiovascular Risk Visit Years Number Note: In NIAGADS this is a character variable since any PHC_Age equal to or above 90 was changed to "90+".
Clinical & Demographic Demographics PHC_Age_PET_Amyloid Participant's Age at PET Amyloid Visit Years Number Note: In NIAGADS this is a character variable since any PHC_Age equal to or above 90 was changed to "90+".
Clinical & Demographic Demographics PHC_Age_PET_Tau Participant's Age at PET Tau Visit Years Number Note: In NIAGADS this is a character variable since any PHC_Age equal to or above 90 was changed to "90+".
Clinical & Demographic Demographics PHC_Age_FLAIR Participant's Age at FLAIR Visit Years Number Note: In NIAGADS this is a character variable since any PHC_Age equal to or above 90 was changed to "90+".
Clinical & Demographic Demographics PHC_Age_T1_FS Participant's Age at T1 Freesurfer Visit Years Number Note: In NIAGADS this is a character variable since any PHC_Age equal to or above 90 was changed to "90+".
Clinical & Demographic Demographics PHC_Age_T1_MUSE Participant's Age at T1 MUSE Visit Years Number Note: In NIAGADS this is a character variable since any PHC_Age equal to or above 90 was changed to "90+".
Clinical & Demographic Demographics PHC_Age_DTI Participant's Age at DTI Visit Years Number Note: In NIAGADS this is a character variable since any PHC_Age equal to or above 90 was changed to "90+".
Clinical & Demographic Demographics PHC_AgeDeath Participant's Age at Death Years Number Note: In NIAGADS this is a character variable since any PHC_Age equal to or above 90 was changed to "90+".
Clinical & Demographic Demographics FollowUp_Time Follow up time from first cognitive visit. Years Number
Clinical & Demographic Demographics Sex Participant's Sex String
Level Label
1 Male
2 Female
Clinical & Demographic Demographics Race Participant's Race String
Level Label
1 American Indian or Alaska Native
2 Asian
3 Black or African American
4 Native Hawaiian or Other Pacific Islander
5 White
6 Multiple/Other/Unknown
Clinical & Demographic Demographics Ethnicity Participant's Ethnicity String
Level Label
1 Hispanic or Latino
2 Not Hispanic or Latino
Clinical & Demographic Demographics Education Participant's Education Years Integer
Clinical & Demographic Clinical Diagnosis Status of Alzheimer's Diagnosis String
Level Label
1 No Cognitive Impairment
2 Mild Cognitive Impairment
3 Alzheimer's Dementia
Clinical & Demographic Clinical ADSP_CaseControl Status of ADSP's Alzheimer's Diagnosis String
Level Label
0 Case
1 Control
Cognition Memory mmarea_A4 Memory Anchor A4 MMSE What county (district, borough, area) are we in? String
Cognition Memory mmday_A4 Memory Anchor A4 MMSE What day of the week is today? String
Cognition Memory mmfloor_A4 Memory Anchor A4 MMSE What floor are we on? String
Cognition Memory mmhospit_A4 Memory Anchor A4 MMSE What is the name of this hospital (clinic, place)? String
Cognition Memory mmseason_A4 Memory Anchor A4 MMSE What season is it? String
Cognition Memory mmball Memory Anchor A4 MMSE repeat ball String
Cognition Memory mmflag Memory Anchor A4 MMSE repeat flag String
Cognition Memory mmtree Memory Anchor A4 MMSE repeat tree String
Cognition Memory mmballdl Memory Anchor A4 MMSE recall ball String
Cognition Memory mmflagdl Memory Anchor A4 MMSE recall flag String
Cognition Memory mmtreedl Memory Anchor A4 MMSE recall tree String
Cognition Memory fcfreet1 A4 Free and cued selective reminding test trial 1 free recall. Integer Item was multiplied by 2 and summed with fccuedt1 to get the variable used in the model.
Cognition Memory fccuedt1 A4 Free and cued selective reminding test trial 1 cued recall. Integer Item was summed with 2 x fcfreet1 to get the variable used in the model.
Cognition Memory fcfreet2 A4 Free and cued selective reminding test trial 2 free recall. Integer Item was multiplied by 2 and summed with fccuedt2 to get the variable used in the model.
Cognition Memory fccuedt2 A4 Free and cued selective reminding test trial 2 cued recall. Integer Item was summed with 2 x fcfreet2 to get the variable used in the model.
Cognition Memory fcfreet3 A4 Free and cued selective reminding test trial 3 free recall. Integer Item was multiplied by 2 and summed with fccuedt3 to get the variable used in the model.
Cognition Memory fccuedt3 A4 Free and cued selective reminding test trial 3 cued recall. Integer Item was summed with 2 x fcfreet3 to get the variable used in the model.
Cognition Memory ldeltotal_A4 Memory Anchor A4 WMS-R Logical Memory immediate recall. Integer PARTIAL ANCHOR: Includes scores for all 4 versions of logical memory that were adminsitered but split into different variables using lmstory. The Anna Thompson Story is the anchor variable, the Robert Miller Story is a non-anchor.
Cognition Memory limmtotal_A4 Memory Anchor A4 WMS-R Logical Memory delayed recall. Integer PARTIAL ANCHOR: Includes scores for all 4 versions of logical memory that were adminsitered but split into different variables using lmstory. The Anna Thompson Story is the anchor variable, the Robert Miller Story is a non-anchor.
Cognition Memory mmcity_A4 Memory Anchor A4 MMSE What city are we in? String
Cognition Memory mmstate_A4 Memory Anchor A4 MMSE What state are we in? String
Cognition Memory mmdate_A4 Memory Anchor A4 MMSE What is today's date? String
Cognition Memory mmmonth_A4 Memory Anchor A4 MMSE What is the month? String
Cognition Memory mmyear_A4 Memory Anchor A4 MMSE What is the year? String
Cognition Memory mat_mem ACT DRS: Mattis Dementia Rating Scale Memory score Integer
Cognition Memory w_in_c1 ACT CERAD: Word list learning trial 1 total score Integer
Cognition Memory w_in_c2 ACT CERAD: Word list learning trial 2 total score Integer
Cognition Memory w_in_c3 ACT CERAD: Word list learning trial 3 total score Integer
Cognition Memory w_rcl_c ACT CERAD: Word List Recall-correct Integer
Cognition Memory w_rcg_t ACT CERAD: Word Recognition-total correct Integer
Cognition Memory cp_re_ci ACT CERAD: Constructional Praxis Delay-circle Integer
Cognition Memory cp_re_di ACT CERAD: Constructional Praxis Delay-diamond Integer
Cognition Memory cp_re_re ACT CERAD: Constructional Praxis Delay-rectangles Integer
Cognition Memory cp_re_cu ACT CERAD: Constructional Praxis Delay-cube Integer
Cognition Memory w_lm_ima Memory Anchor ACT WMS-R:Logical Mem I-immediate recall total story (AT*) Integer
Cognition Memory w_lm_imb ACT WMS-R:Logical Mem I-immediate recall total story (RM*) Integer
Cognition Memory w_lm_dea Memory Anchor ACT WMS-R:Logical Mem II-delayed recall total story (AT) Integer
Cognition Memory w_lm_deb ACT WMS-R:Logical Mem II-delayed recall total story (RM) Integer
Cognition Memory w_vp_ine ACT WMS-R:Verbal Paired Associates I easy Integer
Cognition Memory w_vp_inh ACT WMS-R:Verbal Paired Associates I hard Integer
Cognition Memory w_vp_ree ACT WMS-R:Verbal Paired Associates II easy Integer
Cognition Memory w_vp_reh ACT WMS-R:Verbal Paired Associates II hard Integer
Cognition Memory rgs1 ACT CASI: repeat words Integer
Cognition Memory rc1a ACT CASI: Word recall-something to wear - 1 String
Level Label
0 Incorrect
1 Correct (multiple choice cue)
2 Correct (category cue)
3 Correct (no cue)
Cognition Memory rc1b ACT CASI: Word recall-a color - 1 String
Level Label
0 Incorrect
1 Correct (multiple choice cue)
2 Correct (category cue)
3 Correct (no cue)
Cognition Memory rc1c ACT CASI: Word recall-personal quality - 1 String
Level Label
0 Incorrect
1 Correct (multiple choice cue)
2 Correct (category cue)
3 Correct (no cue)
Cognition Memory yr Memory Anchor ACT CASI: What is today's date?-year String
Level Label
0 Missed by 6 or more years
1 Missed by 2-5 years
2 Missed by 1 year
4 Correct
Cognition Memory mo Memory Anchor ACT CASI: What is today's date?-month String
Level Label
0 Missed by 2 or more months
1 Missed by 1 month
2 Correct
Cognition Memory casi_dat Memory Anchor ACT CASI: What is today's date?-day String
Level Label
0 Missed by 6 or more days
1 Missed by 3-5 days
2 Missed by 1 or 2 days
3 Correct
Cognition Memory day Memory Anchor ACT CASI: What day of week? String
Level Label
0 Incorrect
1 Correct
Cognition Memory casi_ssn Memory Anchor ACT CASI: What season is it? String
Level Label
0 Incorrect
1 Correct
Cognition Memory spa Memory Anchor ACT CASI: What state and city? String
Level Label
0 City and State Incorrect
2 City or State Correct
4 City and State Correct
Cognition Memory spb ACT CASI: What is this place? String
Level Label
0 Incorrect
1 Correct
Cognition Memory rc2a ACT CASI: Word recall-something to wear - 2 String
Level Label
0 Incorrect
1 Correct (multiple choice cue)
2 Correct (category cue)
3 Correct (no cue)
Cognition Memory rc2b ACT CASI: Word recall-a color - 2 String
Level Label
0 Incorrect
1 Correct (multiple choice cue)
2 Correct (category cue)
3 Correct (no cue)
Cognition Memory rc2c ACT CASI: Word recall-personal quality - 2 String
Level Label
0 Incorrect
1 Correct (multiple choice cue)
2 Correct (category cue)
3 Correct (no cue)
Cognition Memory rcobj ACT CASI: Recall of 5 objects Integer
Cognition Memory limmtotal_ADNI Memory Anchor ADNI WMS-R: Logical Memory-Immediate Recall (AT) Integer
Cognition Memory ldeltotal_ADNI Memory Anchor ADNI WMS-R: Logical Memory-Delayed Recall (AT) Integer
Cognition Memory avtot1 ADNI Rey: AVLT Trial 1 Total Integer
Cognition Memory avtot2 ADNI Rey: AVLT Trial 2 Total Integer
Cognition Memory avtot3 ADNI Rey: AVLT Trial 3 Total Integer
Cognition Memory avtot4 ADNI Rey: AVLT Trial 4 Total Integer
Cognition Memory avtot5 ADNI Rey: AVLT Trial 5 Total Integer
Cognition Memory avtot6 ADNI Rey: AVLT Trial 6 Total Integer
Cognition Memory avtotb ADNI Rey: AVLT List B Total Integer
Cognition Memory avdel30min ADNI Rey: AVLT 30 Minute Delay Total Integer
Cognition Memory avdeltot ADNI Rey: AVLT Recognition Score Integer
Cognition Memory mmword1 ADNI MMSE: ball-immediate recall String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmword2 ADNI MMSE: flag-immediate recall String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmword3 ADNI MMSE: tree-immediate recall String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmword1dl ADNI MMSE: ball-delayed recall String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmword2dl ADNI MMSE: flag-delayed recall String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmword3dl ADNI MMSE: tree-delayed recall String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmdate_ADNI Memory Anchor ADNI MMSE: What is today's date? String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmyear_ADNI Memory Anchor ADNI MMSE: What is the year? String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmmonth_ADNI Memory Anchor ADNI MMSE: What is the month? String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmday_ADNI Memory Anchor ADNI MMSE: What day of the week is today? String
Cognition Memory mmseason_ADNI Memory Anchor ADNI MMSE: What season is it? String
Cognition Memory mmhospit_ADNI Memory Anchor ADNI MMSE: What is the name of this hospital (clinic, place)? String
Cognition Memory mmfloor_ADNI Memory Anchor ADNI MMSE: What floor are we on? String
Cognition Memory mmcity_ADNI Memory Anchor ADNI MMSE: What town or city are we in? String
Cognition Memory mmarea_ADNI Memory Anchor ADNI MMSE: What County (district, borough, area) are we in? String
Cognition Memory mmstate_ADNI Memory Anchor ADNI MMSE: What state are we in? String
Cognition Memory q4score ADNI ADAS-Cog: Delayed Word Recall Integer
Cognition Memory q7score ADNI ADAS-Cog: Orientation-score Integer
Cognition Memory q8score ADNI ADAS-Cog: Word Recognition-score Integer
Cognition Memory cot1scor ADNI ADAS-Cog: Word Recall-score - Trial 1 Integer
Cognition Memory cot2scor ADNI ADAS-Cog: Word Recall-score - Trial 2 Integer
Cognition Memory cot3scor ADNI ADAS-Cog: Word Recall-score - Trial 3 Integer
Cognition Memory immt1w1 Memory Anchor ADNI Immediate (#1): Face String
Level Label
0 Incorrect
1 Correct
Cognition Memory immt1w2 Memory Anchor ADNI Immediate (#1): Velvet String
Level Label
0 Incorrect
1 Correct
Cognition Memory immt1w3 Memory Anchor ADNI Immediate (#1): Church String
Level Label
0 Incorrect
1 Correct
Cognition Memory immt1w4 Memory Anchor ADNI Immediate (#1): Daisy String
Level Label
0 Incorrect
1 Correct
Cognition Memory immt1w5 Memory Anchor ADNI Immediate (#1): Red String
Level Label
0 Incorrect
1 Correct
Cognition Memory immt2w1 Memory Anchor ADNI Immediate (#2): Face String
Level Label
0 Incorrect
1 Correct
Cognition Memory immt2w2 Memory Anchor ADNI Immediate (#2): Velvet String
Level Label
0 Incorrect
1 Correct
Cognition Memory immt2w3 Memory Anchor ADNI Immediate (#2): Church String
Level Label
0 Incorrect
1 Correct
Cognition Memory immt2w4 Memory Anchor ADNI Immediate (#2): Daisy String
Level Label
0 Incorrect
1 Correct
Cognition Memory immt2w5 Memory Anchor ADNI Immediate (#2): Red String
Level Label
0 Incorrect
1 Correct
Cognition Memory delw1 Memory Anchor ADNI Delayed: Face String
Level Label
0 Incorrect
1 Correct (no cue)
2 Correct (category cue)
3 Correct (multiple choice cue)
Cognition Memory delw2 Memory Anchor ADNI Delayed: Velvet String
Level Label
0 Incorrect
1 Correct (no cue)
2 Correct (category cue)
3 Correct (multiple choice cue)
Cognition Memory delw3 Memory Anchor ADNI Delayed: Church String
Level Label
0 Incorrect
1 Correct (no cue)
2 Correct (category cue)
3 Correct (multiple choice cue)
Cognition Memory delw4 Memory Anchor ADNI Delayed: Daisy String
Level Label
0 Incorrect
1 Correct (no cue)
2 Correct (category cue)
3 Correct (multiple choice cue)
Cognition Memory delw5 Memory Anchor ADNI Delayed: Red String
Level Label
0 Incorrect
1 Correct (no cue)
2 Correct (category cue)
3 Correct (multiple choice cue)
Cognition Memory m1totalrecall Memory Anchor EFIGA SRT: total of immediate recall trails 1-6 Integer
Cognition Memory m3delayedrecall Memory Anchor EFIGA SRT: delayed recall trial Integer
Cognition Memory m4delayedrecognition Memory Anchor EFIGA SRT: recognition Integer
Cognition Memory m12bentonrecognition Memory Anchor EFIGA BVRT: recognition Integer
Cognition Memory htablehwhattime Memory Anchor EFIGA SBT: what time is it? String
Level Label
0 No Errors
1 Error
Cognition Memory htablehrepeatname Memory Anchor EFIGA SBT: recall address - number of errors Integer
Cognition Memory nsorientation Memory Anchor EFIGA MMSE: orientation composite Integer
Cognition Memory j4_1st Memory Anchor KBASE CERAD: Word List - Trial 1 Integer
Cognition Memory j4_2nd Memory Anchor KBASE CERAD: Word List - Trial 2 Integer
Cognition Memory j4_3rd Memory Anchor KBASE CERAD: Word List - Trial 3 Integer
Cognition Memory j6 Memory Anchor KBASE CERAD: Word List - delayed recall Integer
Cognition Memory j7 KBASE CERAD: Word list - recognition Integer
Cognition Memory j8 Memory Anchor KBASE CERAD: Constructional Praxis - delayed recall Integer
Cognition Memory l3_rcft_3min Memory Anchor KBASE Rey Complex Figure Test - 3 min delayed recall Number
Cognition Memory l8_rcft_30min Memory Anchor KBASE Rey Complex Figure Test - 30 min delayed recall Number
Cognition Memory l4_a KBASE WMS-IV: K logical memory, immediate story A Integer
Cognition Memory l4_b KBASE WMS-IV: K logical memory, immediate story B Integer
Cognition Memory l10_a KBASE WMS-IV: K logical memory, delayed story A Integer
Cognition Memory l10_b KBASE WMS-IV: K logical memory, delayed story B Integer
Cognition Memory l10_recog KBASE WMS-IV: K logical memory, recognition Integer
Cognition Memory srt1f Knight ADRC Free and cued selective reminding test, trial 1 Integer
Cognition Memory srt2f Knight ADRC Free and cued selective reminding test, trial 2 Integer
Cognition Memory srt3f Knight ADRC Free and cued selective reminding test, trial 3 Integer
Cognition Memory psy010 Knight ADRC WMS: Associate learning recall, easy Integer
Cognition Memory psy011 Knight ADRC WMS: Associate learning recall, hard Integer
Cognition Memory psy004 Knight ADRC WMS (original): logical memory, immediate recall Number
Cognition Memory psy251 Knight ADRC WMS (original): logical memory, delayed recall Number
Cognition Memory psy023 Knight ADRC Benton visual retention test, recognition Integer
Cognition Memory psy013 Knight ADRC WMS: Associate learning recognition, easy Integer
Cognition Memory psy014 Knight ADRC WMS: Associate learning recognition, hard Integer
Cognition Memory craftvrs_KnightADRC Memory Anchor Knight ADRC Craft story 21, immediate recall Integer
Cognition Memory craftdvr_KnightADRC Memory Anchor Knight ADRC Craft story 21, delayed recall Integer
Cognition Memory udsbentd_KnightADRC Memory Anchor Knight ADRC Benson complex figure, delayed Integer
Cognition Memory udsbenrs_KnightADRC Memory Anchor Knight ADRC Benson complex figure, recognition String
Level Label
0 Yes, recognized
1 No, not recognized
Cognition Memory logimem_KnightADRC Memory Anchor Knight ADRC WMS-R: logical memory, immediate recall Integer
Cognition Memory memunits_KnightADRC Memory Anchor Knight ADRC WMS-R: logical memory, delayed recall Integer
Cognition Memory ksbt3 Knight ADRC What time is it? String
Cognition Memory ksbt6 Knight ADRC Repeat back John Brown memory phase Integer
Cognition Memory msq07 Knight ADRC Who is the current president? String
Cognition Memory msq08 Knight ADRC Who was the previous president? String
Cognition Memory month_mmse Memory Anchor Knight ADRC MMSE: What month is it? String
Level Label
0 Incorrect
1 Correct
Cognition Memory year_mmse Memory Anchor Knight ADRC MMSE: What year is it? String
Level Label
0 Incorrect
1 Correct
Cognition Memory city_mmse Memory Anchor Knight ADRC MMSE: What city are we in? String
Level Label
0 Incorrect
1 Correct
Cognition Memory loca Memory Anchor Knight ADRC MMSE: What state are we in? String
Level Label
0 Incorrect
1 Correct
Cognition Memory seas Memory Anchor Knight ADRC MMSE: What season is it? String
Level Label
0 Incorrect
1 Correct
Cognition Memory date_mmse Memory Anchor Knight ADRC MMSE: What is the date? String
Level Label
0 Incorrect
1 Correct
Cognition Memory day_mmse Memory Anchor Knight ADRC MMSE: What day is it? String
Level Label
0 Incorrect
1 Correct
Cognition Memory leve Memory Anchor Knight ADRC MMSE: What floor are we on? String
Level Label
0 Incorrect
1 Correct
Cognition Memory place_mmse Memory Anchor Knight ADRC MMSE: What place is this? String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmsetr1 Memory Anchor Knight ADRC MMSE: Repeat ball, flag, tree - combined Integer
Cognition Memory ball Memory Anchor Knight ADRC MMSE: Repeat ball, flag, tree - ball String
Cognition Memory flag Memory Anchor Knight ADRC MMSE: Repeat ball, flag, tree - flag String
Cognition Memory tree Memory Anchor Knight ADRC MMSE: Repeat ball, flag, tree - tree String
Cognition Memory ball2 Memory Anchor Knight ADRC MMSE: Recall ball, flag, tree - ball String
Cognition Memory flag2 Memory Anchor Knight ADRC MMSE: Recall ball, flag, tree - flag String
Cognition Memory tree2 Memory Anchor Knight ADRC MMSE: Recall ball, flag, tree - tree String
Cognition Memory mmseorda Memory Anchor NACC MMSE Orientation subscale score - time Integer
Cognition Memory mmseorlo Memory Anchor NACC MMSE Orientation subscale score - place Integer
Cognition Memory mocaordt Memory Anchor NACC MoCA orientation - date String
Level Label
0 Incorrect
1 Correct
Cognition Memory mocaordy Memory Anchor NACC MoCA orientation - day String
Level Label
0 Incorrect
1 Correct
Cognition Memory mocaormo Memory Anchor NACC MoCA orientation - month String
Level Label
0 Incorrect
1 Correct
Cognition Memory mocaoryr Memory Anchor NACC MoCA orientation - year String
Level Label
0 Incorrect
1 Correct
Cognition Memory mocaorct Memory Anchor NACC MoCA orientation - city String
Level Label
0 Incorrect
1 Correct
Cognition Memory mocaorpl Memory Anchor NACC MoCA orientation - place String
Level Label
0 Incorrect
1 Correct
Cognition Memory mocarecn Memory Anchor NACC MoCA delayed recall - no cue Integer
Cognition Memory logimem_NACC Memory Anchor NACC Logical Memory Immediate A: Story units recalled (Story A) Integer
Cognition Memory memunits_NACC Memory Anchor NACC Logical Memory Delayed A: Story units recalled (Story A) Integer
Cognition Memory mocaregi Memory Anchor NACC MoCA memory: registration (2 trials) Integer
Cognition Memory craftdvr_NACC NACC Craft story 21 recall (delayed): paraphrase Integer
Cognition Memory craftvrs_NACC NACC Craft story 21 recall (delayed): verbatim Integer
Cognition Memory udsbentd_NACC NACC Benson complex figure copy, delayed Integer
Cognition Memory udsbenrs_NACC NACC Benson complex figure recognition String
Cognition Memory story Memory Anchor NIA-AD FBS logical memory IA -- story score (Anna Thompson) Integer
Cognition Memory delay Memory Anchor NIA-AD FBS logical memory IIA -- story score (story recall) Integer
Cognition Memory mmse30_item1 Memory Anchor ROS, MAP - Rush, MARS MMSE: What is the year? String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmse30_item2 Memory Anchor ROS, MAP - Rush, MARS MMSE: What is the season of the year? String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmse30_item3 Memory Anchor ROS, MAP - Rush, MARS MMSE: What is the date? String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmse30_item4 Memory Anchor ROS, MAP - Rush, MARS MMSE: What is the day of the week? String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmse30_item5 Memory Anchor ROS, MAP - Rush, MARS MMSE: What is the month? String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmse30_item6 Memory Anchor ROS, MAP - Rush, MARS MMSE: What state are we in? String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmse30_item7 Memory Anchor ROS, MAP - Rush, MARS MMSE: What County are we in? String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmse30_item8 Memory Anchor ROS, MAP - Rush, MARS MMSE: What city are we in? String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmse30_item9 Memory Anchor ROS, MAP - Rush, MARS MMSE: What room are we in? String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmse30_item10 Memory Anchor ROS, MAP - Rush, MARS What is the address of this place? Street number and name? String Previously separated into 10a (Street Number) and 10b (Street Name)
Level Label
0 Incorrect
1 Correct
Cognition Memory mmse30_item11 ROS, MAP - Rush, MARS MMSE: apple (immediate recall) String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmse30_item12 ROS, MAP - Rush, MARS MMSE: table (immediate recall) String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmse30_item13 ROS, MAP - Rush, MARS MMSE: penny (immediate recall) String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmse30_item14 ROS, MAP - Rush, MARS MMSE: apple (delayed recall) String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmse30_item15 ROS, MAP - Rush, MARS MMSE: table (delayed recall) String
Level Label
0 Incorrect
1 Correct
Cognition Memory mmse30_item16 ROS, MAP - Rush, MARS MMSE: penny (delayed recall) String
Level Label
0 Incorrect
1 Correct
Cognition Memory cts_wliii ROS, MAP - Rush, MARS CERAD: Word list recognition Integer
Cognition Memory cts_wlii ROS, MAP - Rush, MARS CERAD: Word list recall Integer
Cognition Memory cts_ebmt ROS, MAP - Rush, MARS East Boston Memory Test-immediate recall Integer
Cognition Memory cts_ebdr ROS, MAP - Rush, MARS East Boston Memory Test-delayed recall Integer
Cognition Memory cts_story Memory Anchor ROS, MAP - Rush, MARS WMS-R: Logical memory (AT) Integer
Cognition Memory cts_delay Memory Anchor ROS, MAP - Rush, MARS WMS-R: Tell me the story again (AT) Integer
Cognition Memory wli_item1 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 1 (10 items collapsed) String
Cognition Memory wli_item2 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 1 (10 items collapsed) String
Cognition Memory wli_item3 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 1 (10 items collapsed) String
Cognition Memory wli_item4 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 1 (10 items collapsed) String
Cognition Memory wli_item5 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 1 (10 items collapsed) String
Cognition Memory wli_item6 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 1 (10 items collapsed) String
Cognition Memory wli_item7 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 1 (10 items collapsed) String
Cognition Memory wli_item8 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 1 (10 items collapsed) String
Cognition Memory wli_item9 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 1 (10 items collapsed) String
Cognition Memory wli_item10 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 1 (10 items collapsed) String
Cognition Memory wli_item11 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 2 (10 items collapsed) String
Cognition Memory wli_item12 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 2 (10 items collapsed) String
Cognition Memory wli_item13 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 2 (10 items collapsed) String
Cognition Memory wli_item14 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 2 (10 items collapsed) String
Cognition Memory wli_item15 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 2 (10 items collapsed) String
Cognition Memory wli_item16 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 2 (10 items collapsed) String
Cognition Memory wli_item17 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 2 (10 items collapsed) String
Cognition Memory wli_item18 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 2 (10 items collapsed) String
Cognition Memory wli_item19 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 2 (10 items collapsed) String
Cognition Memory wli_item20 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 2 (10 items collapsed) String
Cognition Memory wli_item21 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 3 (10 items collapsed) String
Cognition Memory wli_item22 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 3 (10 items collapsed) String
Cognition Memory wli_item23 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 3 (10 items collapsed) String
Cognition Memory wli_item24 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 3 (10 items collapsed) String
Cognition Memory wli_item25 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 3 (10 items collapsed) String
Cognition Memory wli_item26 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 3 (10 items collapsed) String
Cognition Memory wli_item27 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 3 (10 items collapsed) String
Cognition Memory wli_item28 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 3 (10 items collapsed) String
Cognition Memory wli_item29 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 3 (10 items collapsed) String
Cognition Memory wli_item30 ROS, MAP - Rush, MARS CERAD: Word list learning Trial 3 (10 items collapsed) String
Cognition Memory c1_cerad_ll_1 Memory Anchor TARCC CERAD: Word list memory - Trial 1 Integer
Cognition Memory c1_cerad_ll_2 Memory Anchor TARCC CERAD: Word list memory - Trial 2 Integer
Cognition Memory c1_cerad_ll_3 Memory Anchor TARCC CERAD: Word list memory - Trial 3 Integer
Cognition Memory c1_cerad_ll_delay Memory Anchor TARCC CERAD: Word list memory - delayed recall Integer
Cognition Memory c1_wms3_story1a Memory Anchor TARCC Logical memory WMS-3 - Anna Thompson immediate recall Integer WMS-3 and WMS-R versions of the story are identical
Cognition Memory c1_wms3_story2a Memory Anchor TARCC Logical memory WMS-3 - Anna Thompson delayed recall Integer WMS-3 and WMS-R versions of the story are identical
Cognition Memory c1_wmsr_lmem1 Memory Anchor TARCC Aggregate of WMS-R logical memory - immediate recall items, AT and RM Integer
Cognition Memory c1_wmsr_lmem2 Memory Anchor TARCC Aggregate of WMS-R logical memory -delayed recall items, AT and RM Integer
Cognition Memory c1_wmsr_story1a Memory Anchor TARCC Logical memory WMS-R - Anna Thompson immediate recall Integer WMS-3 and WMS-R versions of the story are identical
Cognition Memory c1_wmsr_story1b1 Memory Anchor TARCC Logical memory WMS-R - Robert Miller immediate recall Integer
Cognition Memory c1_wmsr_story2a Memory Anchor TARCC Logical memory WMS-R - Annna Thompson delayed recall Integer WMS-3 and WMS-R versions of the story are identical
Cognition Memory c1_wmsr_story2b Memory Anchor TARCC Logical memory WMS-R - Robert Miller delayed recall Integer
Cognition Memory c1_wms3_vr_a TARCC WMS-3: Visual Reproduction 1, Figure A Integer
Cognition Memory c1_wms3_vr_b TARCC WMS-3: Visual Reproduction 1, Figure B Integer
Cognition Memory c1_wms3_vr_c TARCC WMS-3: Visual Reproduction 1, Figure C Integer
Cognition Memory c1_wms3_vr_d TARCC WMS-3: Visual Reproduction 1, Figure D Integer
Cognition Memory c1_wms3_vr_e TARCC WMS-3: Visual Reproduction 1, Figure E Integer
Cognition Memory c1_wms3_vr2_a TARCC WMS-3: Visual Reproduction 2, Figure A Integer
Cognition Memory c1_wms3_vr2_b TARCC WMS-3: Visual Reproduction 2, Figure B Integer
Cognition Memory c1_wms3_vr2_c TARCC WMS-3: Visual Reproduction 2, Figure C Integer
Cognition Memory c1_wms3_vr2_d TARCC WMS-3: Visual Reproduction 2, Figure D Integer
Cognition Memory c1_wms3_vr2_e TARCC WMS-3: Visual Reproduction 2, Figure E Integer
Cognition Memory c1_wmsr_vr_a TARCC WMS-R: Visual Reproduction 1, Figure A Integer
Cognition Memory c1_wmsr_vr_b TARCC WMS-R: Visual Reproduction 1, Figure B Integer
Cognition Memory c1_wmsr_vr_c TARCC WMS-R: Visual Reproduction 1, Figure C Integer
Cognition Memory c1_wmsr_vr_d TARCC WMS-R: Visual Reproduction 1, Figure D Integer
Cognition Memory c1_wmsr_vr2_a TARCC WMS-R: Visual Reproduction 2, Figure A Integer
Cognition Memory c1_wmsr_vr2_b TARCC WMS-R: Visual Reproduction 2, Figure B Integer
Cognition Memory c1_wmsr_vr2_c TARCC WMS-R: Visual Reproduction 2, Figure C Integer
Cognition Memory c1_wmsr_vr2_d TARCC WMS-R: Visual Reproduction 2, Figure D Integer
Cognition Memory orient Memory Anchor WHICAP MMSE: orientation composite Integer
Cognition Memory h29_rp Memory Anchor WHICAP SBT: what time is it? String h29_rp and h29_n: _rp is the research psysician short blessed (neuropsychological), _n is the neurological exam. These two items were combined, where _rp was the ideal item and _n was used when _rp was not available
Level Label
0 No Errors
1 Error
Cognition Memory h29_n Memory Anchor WHICAP SBT: what time is it? String h29_rp and h29_n: _rp is the research psysician short blessed (neuropsychological), _n is the neurological exam. These two items were combined, where _rp was the ideal item and _n was used when _rp was not available
Level Label
0 No Errors
1 Error
Cognition Memory h32_rp Memory Anchor WHICAP SBT: John Brown address - number of errors Integer h32_rp and h32_n: _rp is the research psysician short blessed (neuropsychological), _n is the neurological exam. These two items were combined, where _rp was the ideal item and _n was used when _rp was not available
Cognition Memory h32_n Memory Anchor WHICAP SBT: John Brown address - number of errors Integer h32_rp and h32_n: _rp is the research psysician short blessed (neuropsychological), _n is the neurological exam. These two items were combined, where _rp was the ideal item and _n was used when _rp was not available
Cognition Memory mem01 WHICAP SRT: immediate recall trials Integer
Cognition Memory mem03 WHICAP SRT: delayed recall Integer
Cognition Memory mem04 WHICAP SRT: recognition Integer
Cognition Memory mem11 WHICAP BVRT: recognition Integer
Cognition Memory t1raw Memory Anchor WRAP AVLT Trial 1 Integer
Cognition Memory t2raw Memory Anchor WRAP AVLT Trial 2 Integer
Cognition Memory t3raw Memory Anchor WRAP AVLT Trial 3 Integer
Cognition Memory t4raw Memory Anchor WRAP AVLT Trial 4 Integer
Cognition Memory t5raw Memory Anchor WRAP AVLT Trial 5 Integer
Cognition Memory t6raw Memory Anchor WRAP AVLT Trial 6 Integer
Cognition Memory lbraw Memory Anchor WRAP AVLT List B Raw Integer
Cognition Memory drraw Memory Anchor WRAP AVLT Delayed Recall Raw Integer
Cognition Memory recraw Memory Anchor WRAP AVLT Recognition raw Integer
Cognition Memory wmsrar Memory Anchor WRAP Logical Memory Immediate A Integer
Cognition Memory wmsrbr Memory Anchor WRAP Logical Memory Immediate B Integer
Cognition Memory wmsrar2 Memory Anchor WRAP Logical Memory Delayed A Integer
Cognition Memory wmsrbr2 Memory Anchor WRAP Logical Memory Delayed B Integer
Cognition Memory bvmt1r WRAP Brief Visuospatial Memory Test Revised Trial 1 Raw Integer
Cognition Memory bvmt2r WRAP Brief Visuospatial Memory Test Revised Trial 2 Raw Integer
Cognition Memory bvmt3r WRAP Brief Visuospatial Memory Test Revised Trial 3 Raw Integer
Cognition Memory bvmtdel WRAP BVMT-R delayed Raw Integer
Cognition Memory bvmtrec WRAP BVMT-R Rec hits Integer
Cognition Memory PHC_MEM Harmonized Harmonized Composite Memory Score Number This is a composite measure of the memory scores that were harmonized across ten datasets.
Cognition Memory PHC_MEM_SE Harmonized Standard Error of Harmonized Composite Memory Score Number
Cognition Memory PHC_MEM_PreciseFilter Harmonized Precision Filter to isolate Harmonized Composite Memory Scores String Precision filter criteria is met when the standard error is less than or equal to 0.6
Level Label
0 Does not meet PreciseFilter criteria
1 Does meet PreciseFilter criteria
Cognition Executive Function mat_attn ACT DRS: Mattis Dementia Rating Scale, Attention score Integer
Cognition Executive Function mat_conc ACT DRS: Mattis Dementia Rating Scale, Concentration score Integer
Cognition Executive Function mat_ip ACT DRS: Mattis Dementia Rating Scale, initiation / perseveration score Integer
Cognition Executive Function tr_a_tm Executive Function Anchor ACT Trails A time to complete Seconds Integer
Cognition Executive Function tr_b_tm Executive Function Anchor ACT Trails B time to complete Seconds Integer
Cognition Executive Function clockdr ACT Clock drawing Integer
Cognition Executive Function dba ACT CASI: repeat numbers backward (3 trials collapsed) String
Level Label
0 Incorrect
1 Correct
Cognition Executive Function dbb ACT CASI: repeat numbers backward (3 trials collapsed) String
Level Label
0 Incorrect
2 Correct
Cognition Executive Function dbc ACT CASI: repeat numbers backward (3 trials collapsed) String
Level Label
0 Incorrect
2 Correct
Cognition Executive Function sub3a ACT CASI: Subtraction (3 trials collapsed) String
Level Label
0 Incorrect
1 Correct
Cognition Executive Function sub3b ACT CASI: Subtraction (3 trials collapsed) String
Level Label
0 Incorrect
1 Correct
Cognition Executive Function sub3c ACT CASI: Subtraction (3 trials collapsed) Integer
Cognition Executive Function sim_ACT ACT CASI: similarities Integer
Cognition Executive Function jgmt ACT CASI: judgement Integer
Cognition Executive Function clockcirc ADNI Approximately circular face String
Cognition Executive Function clocksym ADNI Symmetry of number placement String
Cognition Executive Function clocknum ADNI Correctness of numbers String
Cognition Executive Function clockhand ADNI Presence of the two hands String
Cognition Executive Function clocktime ADNI Presence of the two hands, set to ten after eleven String
Cognition Executive Function dspanbac Executive Function Anchor ADNI WAIS-R: Digit Span Backward Total Correct Integer
Cognition Executive Function traascor Executive Function Anchor ADNI Trails A Time to Complete Seconds Integer
Cognition Executive Function trabscor Executive Function Anchor ADNI Trails B Time to complete Seconds Integer
Cognition Executive Function digitscor Executive Function Anchor ADNI WAIS-R: Digit Symbol Total Correct Integer
Cognition Executive Function dspanfor Executive Function Anchor ADNI WAIS-R: Digit Span Forward Total Correct Integer
Cognition Executive Function q13score ADNI ADAS-Cog: Number cancellation task Integer
Cognition Executive Function absmeas Executive Function Anchor ADNI MoCA: Abstraction: watch-ruler String
Level Label
0 Incorrect
1 Correct
Cognition Executive Function abstran Executive Function Anchor ADNI MoCA: Abstraction: train-bicycle String
Level Label
0 Incorrect
1 Correct
Cognition Executive Function trails Executive Function Anchor ADNI MoCA: Trails String
Level Label
0 Incorrect
1 Correct
Cognition Executive Function digback_ADNI Executive Function Anchor ADNI MoCA: Digits Backward String
Level Label
0 Incorrect
1 Correct
Cognition Executive Function digfor_ADNI Executive Function Anchor ADNI MoCA: Digits Forward String
Level Label
0 Incorrect
1 Correct
Cognition Executive Function letters Executive Function Anchor ADNI MoCA: List of Letters/Tapping: # Errors Integer
Cognition Executive Function serial1 ADNI MoCA: Serial 7: 1st Subtraction String
Level Label
0 Incorrect
1 Correct
Cognition Executive Function serial2 ADNI MoCA: Serial 7: 2nd Subtraction String
Level Label
0 Incorrect
1 Correct
Cognition Executive Function serial3 ADNI MoCA: Serial 7: 3rd Subtraction String
Level Label
0 Incorrect
1 Correct
Cognition Executive Function serial4 ADNI MoCA: Serial 7: 4th Subtraction String
Level Label
0 Incorrect
1 Correct
Cognition Executive Function serial5 ADNI MoCA: Serial 7: 5th Subtraction String
Level Label
0 Incorrect
1 correct
Cognition Executive Function mmworldscore Executive Function Anchor ADNI Collated Score of mm*ltr and mmltr* - Total correct Integer mm*ltr variables were used for ADNI 1/GO/2 while mmltr* variables were used for ADNI 3. This variable was derived to create one World Backwards Score
Cognition Executive Function mmdltr Executive Function Anchor ADNI MMSE: Spell WORLD backward: Letter 1 String
Cognition Executive Function mmlltr Executive Function Anchor ADNI MMSE: Spell WORLD backward: Letter 2 String
Cognition Executive Function mmrltr Executive Function Anchor ADNI MMSE: Spell WORLD backward: Letter 3 String
Cognition Executive Function mmoltr Executive Function Anchor ADNI MMSE: Spell WORLD backward: Letter 4 String
Cognition Executive Function mmwltr Executive Function Anchor ADNI MMSE: Spell WORLD backward: Letter 5 String
Cognition Executive Function mmltr1 Executive Function Anchor ADNI Indicate 1st letter (of WORLD backwards) String
Cognition Executive Function mmltr2 Executive Function Anchor ADNI Indicate 2nd letter (of WORLD backwards) String
Cognition Executive Function mmltr3 Executive Function Anchor ADNI Indicate 3rd letter (of WORLD backwards) String
Cognition Executive Function mmltr4 Executive Function Anchor ADNI Indicate 4th letter (of WORLD backwards) String
Cognition Executive Function mmltr5 Executive Function Anchor ADNI Indicate 5th letter (of WORLD backwards) String
Cognition Executive Function ab1similaritiesraw Executive Function Anchor EFIGA WAIS-R: similarities, Spanish Integer
Cognition Executive Function ab4identitiesoditiessame Executive Function Anchor EFIGA identities/oddities: same Integer
Cognition Executive Function ab5identitiesoditiesdiffe Executive Function Anchor EFIGA identities/oddities: different Integer
Cognition Executive Function nsctt_time1 Executive Function Anchor EFIGA Color trail test A time Seconds Integer
Cognition Executive Function nsctt_time2 Executive Function Anchor EFIGA Color trail test B time Seconds Integer
Cognition Executive Function htablehmonthsinreverse Executive Function Anchor EFIGA SBT: month in reverse - number of errors Integer
Cognition Executive Function htablehcountbackwards Executive Function Anchor EFIGA SBT: count 20 to 1 - number of errors Integer
Cognition Executive Function k3_1 KBASE Clock drawing: 1:45 Integer
Cognition Executive Function k1_cw Executive Function Anchor KBASE Stroop color-word (Golden) Integer
Cognition Executive Function ds_forwardl12 Executive Function Anchor KBASE WAIS-R: Digit span forwards Integer
Cognition Executive Function ds_backwardl12 Executive Function Anchor KBASE WAIS-R: Digit span backwards Integer
Cognition Executive Function tmt_al11 Executive Function Anchor KBASE Trail making A Integer
Cognition Executive Function tmt_bl11 Executive Function Anchor KBASE Trail Making B Integer
Cognition Executive Function traila_KnightADRC Executive Function Anchor Knight ADRC Trail Making A Seconds Integer traila_KnightADRC and tma are combined into one variable
Cognition Executive Function tma Executive Function Anchor Knight ADRC Trail Making A Seconds Integer traila_KnightADRC and tma are combined into one variable
Cognition Executive Function trailb_KnightADRC Executive Function Anchor Knight ADRC Trail Making B Seconds Integer
Cognition Executive Function tmb Knight ADRC Trail Making B Seconds Integer
Cognition Executive Function digib_KnightADRC Executive Function Anchor Knight ADRC WMS-R: Digit span backward Integer
Cognition Executive Function digif_KnightADRC Executive Function Anchor Knight ADRC WMS-R: Digit span forward Integer
Cognition Executive Function digsym Executive Function Anchor Knight ADRC WAIS-R: Digit Symbol Integer
Cognition Executive Function worldback Executive Function Anchor Knight ADRC Spell WORLD backwards Integer
Cognition Executive Function digbacct_KnightADRC Executive Function Anchor Knight ADRC Number span backward Integer
Cognition Executive Function digforct_KnightADRC Executive Function Anchor Knight ADRC Number span forward Integer
Cognition Executive Function digback_KnightADRC Knight ADRC WMS: Digit span backwards Integer
Cognition Executive Function digfor_KnightADRC Knight ADRC WMS: Digit span forward Integer
Cognition Executive Function mentcont Knight ADRC WMS: Mental control summary score Integer
Cognition Executive Function msq10 Knight ADRC Pfeiffer: subtract 3s from 20 String
Cognition Executive Function ksbt4 Knight ADRC SBT: count aloud backward - # of errors Integer
Cognition Executive Function ksbt5 Knight ADRC SBT: name the months of the year backwards - # of errors Integer
Cognition Executive Function sim_KnightADRC Knight ADRC WAIS-III: similarities Integer
Cognition Executive Function simonnumber Knight ADRC Simon task: number of correct responses on 120 trials Integer
Cognition Executive Function tapping Knight ADRC median tapping response out of 109 trials Integer
Cognition Executive Function stroopcolor Knight ADRC color only stroop Integer
Cognition Executive Function stroopswitch Knight ADRC color/word stroop Integer
Cognition Executive Function switchcv Knight ADRC consonant/vowel Integer
Cognition Executive Function switchoe Knight ADRC odd/even Integer
Cognition Executive Function switchmixed Knight ADRC switch c/v and o/e Integer
Cognition Executive Function readtot Knight ADRC reading total Integer
Cognition Executive Function traila_NACC Executive Function Anchor NACC Trails A: Time to complete Seconds Integer
Cognition Executive Function trailb_NACC Executive Function Anchor NACC Trails B: Time to complete Seconds Integer
Cognition Executive Function mocatrai Executive Function Anchor NACC MoCA: Trails String
Level Label
0 Incorrect
1 Correct
Cognition Executive Function mocaabst Executive Function Anchor NACC MoCA: Abstraction Integer
Cognition Executive Function mocalett Executive Function Anchor NACC MoCA: Attention - letter A String
Level Label
0 Incorrect
1 Correct
Cognition Executive Function mocadigi Executive Function Anchor NACC MoCA: Attention - digits Integer
Cognition Executive Function mocacloc NACC MoCA: Draw clock circle in place String
Level Label
0 Incorrect
1 Correct
Cognition Executive Function mocaclon NACC MoCA: Draw clock numbers in place String
Level Label
0 Incorrect
1 Correct
Cognition Executive Function mocacloh NACC MoCA: Draw clock hands in place String
Level Label
0 Incorrect
1 Correct
Cognition Executive Function mocaser7 NACC MoCA: Attention - serial 7s Integer
Cognition Executive Function digbacct_NACC NACC Number Span Backward - correct Integer
Cognition Executive Function digforct_NACC NACC Number Span Forward - correct Integer
Cognition Executive Function wais Executive Function Anchor NACC WAIS-R Digit Symbol Integer
Cognition Executive Function digib_NACC Executive Function Anchor NACC WAIS-R Digit Span Backward: Total correct Integer
Cognition Executive Function digif_NACC Executive Function Anchor NACC WAIS-R Digit Span Forward: Total correct Integer
Cognition Executive Function digfor_NIAADFBS Executive Function Anchor NIA-AD FBS Digit span forwards (WMS-R) Integer
Cognition Executive Function digbak Executive Function Anchor NIA-AD FBS Digit span backwards (WMS-R) Integer
Cognition Executive Function digord Executive Function Anchor NIA-AD FBS Digits ordering Integer
Cognition Executive Function cts_pmat ROS, MAP - Rush, MARS Raven Progressive Matrices composite Integer
Cognition Executive Function cts_doperf ROS, MAP - Rush, MARS Digit Ordering composite Integer
Cognition Executive Function cts_db Executive Function Anchor ROS, MAP - Rush, MARS WAIS-R: Digit Span Backward Total Correct Integer
Cognition Executive Function cts_sdmt ROS, MAP - Rush, MARS Symbol digit modality test (oral) Integer
Cognition Executive Function cts_nccrtd ROS, MAP - Rush, MARS Number comparison Integer
Cognition Executive Function cts_df Executive Function Anchor ROS, MAP - Rush, MARS WAIS-R: Digit Span Forward Total Correct Integer
Cognition Executive Function cts_stroop_cname ROS, MAP - Rush, MARS Stroop color naming Integer
Cognition Executive Function mmse30_item26_dlr Executive Function Anchor ROS, MAP - Rush, MARS MMSE: Spell WORLD backwards Integer
Cognition Executive Function c1_clock TARCC Original Clock Integer
Cognition Executive Function c1_clox1 TARCC Enhanced Clock Integer
Cognition Executive Function c1_traila Executive Function Anchor TARCC Trails A Integer
Cognition Executive Function c1_trailb Executive Function Anchor TARCC Trails B Integer
Cognition Executive Function c1_wais3_digib Executive Function Anchor TARCC WAIS-3: Digit Span Backwards Integer
Cognition Executive Function c1_wais3_digif Executive Function Anchor TARCC WAIS-3: Digit Span Forwards Integer
Cognition Executive Function c1_waisr_digib Executive Function Anchor TARCC WAIS-R: Digit Span Backwards Integer
Cognition Executive Function c1_waisr_digif Executive Function Anchor TARCC WAIS-R: Digit Span Forwards Integer
Cognition Executive Function c1_wmsr_digib Executive Function Anchor TARCC WMS-R: Digit Span Backwards Integer
Cognition Executive Function c1_wmsr_digif Executive Function Anchor TARCC WMS-R: Digit Span Forwards Integer
Cognition Executive Function h30_rp Executive Function Anchor WHICAP SBT: Counting backwards from 20 - number of errors Integer h30_rp and h30_n: _rp is the research psysician short blessed (neuropsychological), _n is the neurological exam. These two items were combined, where _rp was the ideal item and _n was used when _rp was not available
Cognition Executive Function h30_n Executive Function Anchor WHICAP SBT: Counting backwards from 20 - number of errors Integer h30_rp and h30_n: _rp is the research psysician short blessed (neuropsychological), _n is the neurological exam. These two items were combined, where _rp was the ideal item and _n was used when _rp was not available
Cognition Executive Function h31_rp Executive Function Anchor WHICAP SBT: Months backwards - number of errors Integer h31_rp and h31_n: _rp is the research psysician short blessed (neuropsychological), _n is the neurological exam. These two items were combined, where _rp was the ideal item and _n was used when _rp was not available
Cognition Executive Function h31_n Executive Function Anchor WHICAP SBT: Months backwards - number of errors Integer h31_rp and h31_n: _rp is the research psysician short blessed (neuropsychological), _n is the neurological exam. These two items were combined, where _rp was the ideal item and _n was used when _rp was not available
Cognition Executive Function abs01 Executive Function Anchor WHICAP WAIS-R: Similarities Integer PARTIAL ANCHOR: When the test was administered in English, this item was an anchor. When this test was administered in Spanish, it was not an anchor.
Cognition Executive Function abs04 WHICAP Identities and oddities, same Integer
Cognition Executive Function abs05 WHICAP Identities and oddities, different Integer
Cognition Executive Function color1t WHICAP Color trails 1 Seconds Integer
Cognition Executive Function color2t WHICAP Color trails 2 Seconds Integer
Cognition Executive Function trla Executive Function Anchor WRAP Trail Making Test - Trail A Seconds Integer
Cognition Executive Function trlb Executive Function Anchor WRAP Trail Making Test - Trail B Seconds Integer
Cognition Executive Function waisrtot Executive Function Anchor WRAP Digit Symbol - Total Raw Integer
Cognition Executive Function iqdspf Executive Function Anchor WRAP Digit Span - Forward (WAIS-III) Integer
Cognition Executive Function iqdspb Executive Function Anchor WRAP Digit Span - Backward (WAIS-III) Integer
Cognition Executive Function cdtts Executive Function Anchor WRAP Clock Draw - CDT Total Score Integer
Cognition Executive Function stroocw WRAP STROOP - Number named for Color-Word Integer
Cognition Executive Function iqlnsr WRAP Letter/Number Sequence - Raw score Integer
Cognition Executive Function PHC_EXF Harmonized Harmonized Composite Executive Function Score Number This is a composite measure of the Executive Function scores that were harmonized across nine datasets.
Cognition Executive Function PHC_EXF_SE Harmonized Standard Error of Harmonized Composite Executive Function Score Number
Cognition Executive Function PHC_EXF_PreciseFilter Harmonized Precision Filter to isolate Harmonized Composite Executive Function Scores String Precision filter criteria is met when the standard error is less than or equal to 0.6
Level Label
0 Does not meet PreciseFilter criteria
1 Does meet PreciseFilter criteria
Cognition Language bnt_adpr ACT Boston Naming Test - 10-item version Integer
Cognition Language bnt_cer Language Anchor ACT CERAD: Boston Naming Test - 15-item version Integer
Cognition Language v_flu_t Language Anchor ACT Category Fluency (Animals) - Total Correct Integer
Cognition Language animal ACT CASI: animals with 4 legs Integer
Cognition Language rpta ACT CASI: repeat phrase - 1 String
Level Label
0 Three or more missed or wrong words
1 One or two missed or wrong words
2 Correct
Cognition Language rptb ACT CASI: repeat phrase - 2 Integer
Cognition Language cas_read Language Anchor ACT CASI: read and follow a command String
Level Label
0 Neither reads nor obeys
1 Reads correctly, but does not obey
2 Obeys after prompting
3 Obeys without prompting
Cognition Language cas_writ ACT CASI: write a sentence Integer
Cognition Language cmd Language Anchor ACT CASI: obey oral commands Integer
Cognition Language body ACT CASI: identify parts of body Integer
Cognition Language obja ACT CASI: identify objects - 1 Integer
Cognition Language objb ACT CASI: identify objects - 2 Integer
Cognition Language catanimsc Language Anchor ADNI Category Fluency (Animals) -Total Correct Integer
Cognition Language catvegesc Language Anchor ADNI Category Fluency (Vegetables) -Total Correct Integer
Cognition Language bnttotal Language Anchor ADNI BNT: Boston Naming Test: Total Number Correct (1+3) Integer
Cognition Language q2score ADNI ADAS-Cog: Commands Integer
Cognition Language q5score ADNI ADAS-Cog: Naming Integer
Cognition Language q6score ADNI ADAS-Cog: Ideational Praxis-score Integer
Cognition Language mmrepeat Language Anchor ADNI MMSE: Repeat after me: no ifs, ands, or buts. String
Cognition Language mmhand Language Anchor ADNI MMSE: Takes paper in right hand String
Cognition Language mmfold Language Anchor ADNI MMSE: Folds paper in half String
Cognition Language mmonflr Language Anchor ADNI MMSE: Puts paper on floor String
Cognition Language mmread Language Anchor ADNI MMSE: Present the piece of paper which reads String
Level Label
0 Incorrect
1 Correct
Cognition Language mmwrite Language Anchor ADNI MMSE: Write a sentence. String
Cognition Language camel Language Anchor ADNI MoCA: Camel naming String
Level Label
0 Incorrect
1 Correct
Cognition Language lion Language Anchor ADNI MoCA: Lion naming String
Level Label
0 Incorrect
1 Correct
Cognition Language rhino Language Anchor ADNI MoCA: Rhinoceros naming String
Level Label
0 Incorrect
1 Correct
Cognition Language repeat1 Language Anchor ADNI MoCA: Repeat Sentence String
Level Label
0 Incorrect
1 Correct
Cognition Language repeat2 Language Anchor ADNI MoCA: Repeat Sentence String
Level Label
0 Incorrect
1 Correct
Cognition Language ffluency Language Anchor ADNI MoCA: Letter Fluency-F (total number of correct words) Integer
Cognition Language lg1namingtotal Language Anchor EFIGA BNT 15 item Integer
Cognition Language lg10numberofanimals Language Anchor EFIGA Animal category fluency Integer
Cognition Language lg12repetition Language Anchor EFIGA Boston Diagnostic Aphasia Examination repetition Integer
Cognition Language lg13comprehension Language Anchor EFIGA Boston Diagnostic Aphasia Examination comprehension Integer
Cognition Language lg6cflsum Language Anchor EFIGA Letter Fluency Total: CFL Integer
Cognition Language k1_w KBASE Stroop words Integer
Cognition Language k1_c Language Anchor KBASE Stroop colors Integer
Cognition Language j1_tot Language Anchor KBASE Animal Fluency Integer
Cognition Language j2_tot KBASE Boston Naming Test Integer
Cognition Language l2_1 KBASE Phonemic Fluency - F Integer
Cognition Language l2_2 KBASE Phonemic Fluency - A Integer
Cognition Language l2_3 KBASE Phonemic Fluency - S Integer
Cognition Language animals_KnightADRC Language Anchor Knight ADRC Category Fluency: animals Integer
Cognition Language veg_KnightADRC Language Anchor Knight ADRC Category Fluency: vegetables Integer
Cognition Language psy032 Language Anchor Knight ADRC Letter fluency: S Integer
Cognition Language psy033 Knight ADRC Letter fluency: P Integer
Cognition Language udsverfc_KnightADRC Language Anchor Knight ADRC Letter fluency: F Integer
Cognition Language udsverlc_KnightADRC Language Anchor Knight ADRC Letter fluency: L Integer
Cognition Language fold Language Anchor Knight ADRC MMSE: Fold paper in half String
Cognition Language lap Language Anchor Knight ADRC MMSE: Puts paper on lap String
Cognition Language righ Language Anchor Knight ADRC MMSE: Take paper in right hand String
Cognition Language phra Language Anchor Knight ADRC MMSE: repeat phrase String
Cognition Language sent Language Anchor Knight ADRC MMSE: Write a sentence. String
Cognition Language redo Language Anchor Knight ADRC MMSE: read and do String
Cognition Language bnt Language Anchor Knight ADRC Boston Naming Test - 60 item total Integer
Cognition Language minttots NACC Multilingual naming test (MINT) - total score Integer
Cognition Language udsverlc_NACC NACC MAE: Letter Fluency - L (total number of correct words) Integer
Cognition Language mocarepe Language Anchor NACC MoCA: language - repetition Integer
Cognition Language mocanami Language Anchor NACC MoCA: language - naming (lion, camel, rhino) Integer
Cognition Language animals_NACC Language Anchor NACC Category Fluency (Animals) - Total Correct Integer
Cognition Language boston Language Anchor NACC Boston Naming Test: Total number correct (1+3) Integer
Cognition Language veg_NACC Language Anchor NACC Category Fluency (Vegetables) - Total Correct Integer
Cognition Language udsverfc_NACC Language Anchor NACC MAE: Letter Fluency - F (total number of correct words) Integer
Cognition Language animals_NIAADFBS Language Anchor NIA-AD FBS Category Fluency: animals Integer
Cognition Language veg_NIAADFBS Language Anchor NIA-AD FBS Category Fluency: vegetables Integer
Cognition Language mmse30_item19 Language Anchor ROS, MAP - Rush, MARS MMSE: Repeat a phrase String
Level Label
0 Incorrect
1 Correct
Cognition Language mmse30_item20 Language Anchor ROS, MAP - Rush, MARS MMSE: Read the words on this card, then do what it says String
Level Label
0 Incorrect
1 Correct
Cognition Language mmse30_item21 Language Anchor ROS, MAP - Rush, MARS MMSE: Take paper in right hand String
Level Label
0 Incorrect
1 Correct
Cognition Language mmse30_item22 Language Anchor ROS, MAP - Rush, MARS MMSE: Fold paper in half String
Level Label
0 Incorrect
1 Correct
Cognition Language mmse30_item23 Language Anchor ROS, MAP - Rush, MARS MMSE: Puts paper on lap String
Level Label
0 Incorrect
1 Correct
Cognition Language mmse30_item24 Language Anchor ROS, MAP - Rush, MARS MMSE: Write any complete sentence String
Level Label
0 Incorrect
1 Correct
Cognition Language cts_stroop_wread ROS, MAP - Rush, MARS Stroop word reading Integer
Cognition Language cts_bname Language Anchor ROS, MAP - Rush, MARS CERAD: Boston Naming Test ‒ 15-item version Integer
Cognition Language cts_animals Language Anchor ROS, MAP - Rush, MARS Category Fluency (Animals) - Total Correct Integer
Cognition Language cts_fruits ROS, MAP - Rush, MARS Category Fluency (Fruits) - Total Correct Integer
Cognition Language idea_item1 ROS, MAP - Rush, MARS Complex ideation: Will a board sink in water? String
Cognition Language idea_item2 ROS, MAP - Rush, MARS Complex ideation: Will a stone sink in water? String
Cognition Language idea_item3 ROS, MAP - Rush, MARS Complex ideation: Is a hammer good for cutting wood? String
Cognition Language idea_item4 ROS, MAP - Rush, MARS Complex ideation: Can you use a hammer to pound nails? String
Cognition Language idea_item5 ROS, MAP - Rush, MARS Complex ideation: Do two pounds of flour weigh more than one? String
Cognition Language idea_item6 ROS, MAP - Rush, MARS Complex ideation: Is one pound of flour heavier than two? String
Cognition Language idea_item7 ROS, MAP - Rush, MARS Complex ideation: Will water go through a good pair of rubber boots? String
Cognition Language idea_item8 ROS, MAP - Rush, MARS Complex ideation: Will a good pair of rubber boots keep water out? String
Cognition Language c1_boston30 Language Anchor TARCC Boston naming test - 30 items Integer
Cognition Language c1_boston60 Language Anchor TARCC Boston naming test - 60 items Integer
Cognition Language c1_animal Language Anchor TARCC Animal category fluency Integer
Cognition Language c1_fas_f Language Anchor TARCC Letter F fluency Integer
Cognition Language c1_fas_a Language Anchor TARCC Letter A fluency Integer
Cognition Language c1_fas_s Language Anchor TARCC Letter S fluency Integer
Cognition Language lan01 WHICAP Boston Naming Test: Naming Total Integer
Cognition Language lan06 Language Anchor WHICAP Letter Fluency: CFL Integer
Cognition Language lan10 Language Anchor WHICAP Category fluency: animals Integer
Cognition Language lan12 WHICAP BDAE Repetition Integer
Cognition Language lan13 WHICAP BDAE Comprehension Integer
Cognition Language animtotraw Language Anchor WRAP Animal Naming - Total Raw Integer
Cognition Language bntspon Language Anchor WRAP Boston Naming Test - Total-spontaneous (raw) Integer
Cognition Language flucfl WRAP Letter Fluency - C,F,L Raw Integer
Cognition Language strooc WRAP STROOP - Number named for Color Integer
Cognition Language PHC_LAN Harmonized Harmonized Composite Language Score Number This is a composite measure of the Language scores that were harmonized across nine datasets.
Cognition Language PHC_LAN_SE Harmonized Standard Error of Harmonized Composite Language Score Number
Cognition Language PHC_LAN_PreciseFilter Harmonized Precision Filter to isolate Harmonized Composite Language Scores String Precision filter criteria is met when the standard error is less than or equal to 0.6
Level Label
0 Does not meet PreciseFilter criteria
1 Does meet PreciseFilter criteria
Cognition Visuospatial mat_cons ACT DRS: Mattis Dementia Rating Scale-constructional praxis score Integer
Cognition Visuospatial cp_in_ci ACT CERAD: Constructional Praxis-circle Integer
Cognition Visuospatial cp_in_di ACT CERAD: Constructional Praxis-diamond Integer
Cognition Visuospatial cp_in_re ACT CERAD: Constructional Praxis-rectangles Integer
Cognition Visuospatial cp_in_cu ACT CERAD: Constructional Praxis-cube Integer
Cognition Visuospatial draw_ACT Visuospatial Anchor ACT CASI: Copy interlocking pentagons Integer
Cognition Visuospatial copycirc ADNI Clock copy: Approximately circular face String
Level Label
0 Incorrect
1 Correct
Cognition Visuospatial copysym ADNI Clock copy: Symmetry of number placement String
Level Label
0 Incorrect
1 Correct
Cognition Visuospatial copynum ADNI Clock copy: Correctness of numbers String
Level Label
0 Incorrect
1 Correct
Cognition Visuospatial copytime ADNI Clock copy: Presence of the two hands, set to ten after eleven String
Level Label
0 Incorrect
1 Correct
Cognition Visuospatial q3score ADNI ADAS-Cog: Constructional Praxis-score Integer
Cognition Visuospatial mmdraw Visuospatial Anchor ADNI MMSE: Copy interlocking pentagons String
Level Label
0 Incorrect
1 Correct
Cognition Visuospatial j5 Visuospatial Anchor KBASE CERAD: Constructional praxis Integer
Cognition Visuospatial l1_rcft_copy Visuospatial Anchor KBASE Rey Complex Figure Number
Cognition Visuospatial k3_2 KBASE Clock drawing Integer
Cognition Visuospatial l5 KBASE Block design Integer
Cognition Visuospatial psy021 Knight ADRC WAIS: Block Design Integer
Cognition Visuospatial psy025 Knight ADRC Benton Visual Retention - number correct Integer
Cognition Visuospatial psy247 Knight ADRC Benton Visual Discrimination - number correct Integer
Cognition Visuospatial udsbentc Knight ADRC Benson Figure Copy Integer
Cognition Visuospatial draw_KnightADRC Visuospatial Anchor Knight ADRC Copy interlocking pentagons String
Level Label
0 Incorrect
1 Correct
Cognition Visuospatial mmse30_item25 Visuospatial Anchor ROS, MAP - Rush, MARS MMSE: Copy interlocking pentagons String
Level Label
0 Incorrect
1 Correct
Cognition Visuospatial lopair_item1 ROS, MAP - Rush, MARS JLO: Line orientation items (15 items) String
Cognition Visuospatial lopair_item2 ROS, MAP - Rush, MARS JLO: Line orientation items (15 items) String
Cognition Visuospatial lopair_item3 ROS, MAP - Rush, MARS JLO: Line orientation items (15 items) String
Cognition Visuospatial lopair_item4 ROS, MAP - Rush, MARS JLO: Line orientation items (15 items) String
Cognition Visuospatial lopair_item5 ROS, MAP - Rush, MARS JLO: Line orientation items (15 items) String
Cognition Visuospatial lopair_item6 ROS, MAP - Rush, MARS JLO: Line orientation items (15 items) String
Cognition Visuospatial lopair_item7 ROS, MAP - Rush, MARS JLO: Line orientation items (15 items) String
Cognition Visuospatial lopair_item8 ROS, MAP - Rush, MARS JLO: Line orientation items (15 items) String
Cognition Visuospatial lopair_item9 ROS, MAP - Rush, MARS JLO: Line orientation items (15 items) String
Cognition Visuospatial lopair_item10 ROS, MAP - Rush, MARS JLO: Line orientation items (15 items) String
Cognition Visuospatial lopair_item11 ROS, MAP - Rush, MARS JLO: Line orientation items (15 items) String
Cognition Visuospatial lopair_item12 ROS, MAP - Rush, MARS JLO: Line orientation items (15 items) String
Cognition Visuospatial lopair_item13 ROS, MAP - Rush, MARS JLO: Line orientation items (15 items) String
Cognition Visuospatial lopair_item14 ROS, MAP - Rush, MARS JLO: Line orientation items (15 items) String
Cognition Visuospatial lopair_item15 ROS, MAP - Rush, MARS JLO: Line orientation items (15 items) String
Cognition Visuospatial PHC_VSP Harmonized Harmonized Composite Visuospatial Score Number This is a composite measure of the Visuospatial scores that were harmonized across four datasets.
Cognition Visuospatial PHC_VSP_SE Harmonized Standard Error of Harmonized Composite Visuospatial Score Number
Cognition Visuospatial PHC_VSP_PreciseFilter Harmonized Precision Filter to isolate Harmonized Composite Visuospatial Scores String Precision filter criteria is met when the standard error is less than or equal to 0.6
Level Label
0 Does not meet PreciseFilter criteria
1 Does meet PreciseFilter criteria
Fluid Biomarkers General Platform Immunoassay platform used for biomarker measurement String
Fluid Biomarkers General AT_class A+/- and T+/- class as identified from CSF biomarker levels String
Fluid Biomarkers AB42 Levels PHC_AB42 Harmonized Z-Score for AB42 Biomarker Levels Number
Fluid Biomarkers AB42 Levels AB42_RAW Raw AB42 Biomarker Levels Number
Fluid Biomarkers AB42 Levels PHC_SCeNS_AB42_Score SymmetricCentipolar Normalized Score calculated from AB42 Z-score Number
Fluid Biomarkers Tau Levels PHC_Tau Harmonized Z-Score for Tau Biomarker Levels Number
Fluid Biomarkers Tau Levels Tau_RAW Raw Tau Biomarker Levels Number
Fluid Biomarkers pTau Levels PHC_pTau Harmonized Z-Score for pTau Biomarker Levels Number
Fluid Biomarkers pTau Levels pTau_RAW Raw pTau Biomarker Levels Number
Fluid Biomarkers pTau Levels PHC_SCeNS_pTau_Score SymmetricCentipolar Normalized Score calculated from pTau Z-score Number
Vascular Risk Factors BMI PHC_BMI Body Mass Index (BMI) Number
Vascular Risk Factors Hypertension PHC_Hypertension History of Hypertension String
Level Label
0 No Hypertension
1 Hypertension
Vascular Risk Factors Diabetes PHC_Diabetes History of Diabetes String
Level Label
0 No Diabetes
1 Diabetes
Vascular Risk Factors Heart Disease PHC_Heart History of Heart Disease String
Level Label
0 No Heart Disease
1 Heart Disease
Vascular Risk Factors Stroke PHC_Stroke History of Stroke String
Level Label
0 No Stroke
1 Stroke
Vascular Risk Factors Blood Pressure PHC_SBP Systolic Blood Pressure Number
Vascular Risk Factors Blood Pressure PHC_BP_Med Blood Pressure Medication String
Level Label
0 No
1 Yes
Vascular Risk Factors Smoking PHC_Smoker Current Smoker String
Level Label
0 No
1 Yes
Vascular Risk Factors Cardiovascular Risk Score PHC_ASCVD_10y_FRS_Simple_AgeOver30 Framingham Atherosclerotic Cardiovascular Disease Risk Score Number
Vascular Risk Factors Principal Component PHC_PC1_All Principal Component for Overall Number
Vascular Risk Factors Principal Component PHC_PC1_Each Principal Component for each Cohort Number
Neuropath General Neuropath BRAINWT Brain Weight Grams Number
Neuropath General Neuropath INT Interval between last exam and death Months Integer
Neuropath General Neuropath PMI Post-mortem interval Hours Number
Neuropath Amyloid Deposition AMY_THAL Thal Phase String
Level Label
0 None
1 Phase 1
2 Phase 2
3 Phase 3
4 Phase 4
5 Phase 5
Neuropath Amyloid Deposition AMY_A A Score String
Level Label
0 None
1 Thal Phase 1 or 2
2 Thal Phase 3
3 Thal Phase 4 or 5
Neuropath Amyloid Deposition AMY_CERAD CERAD String
Level Label
0 None
1 Sparse/Possible
2 Moderate/Probable
3 Definite/Frequent
Neuropath Amyloid Deposition AMY_ANY Any Amyloid Presence String
Level Label
0 None
1 Some Amyloid
Neuropath Neurofibirillary Degeneration BRAA Braak Stage String
Level Label
0 None
1 BRAAK Stage I
2 BRAAK Stage II
3 BRAAK Stage III
4 BRAAK Stage IV
5 BRAAK Stage V
6 BRAAK Stage VI
Neuropath Neurofibirillary Degeneration B_SCORE B score String
Level Label
0 None
1 BRAAK Stage I-II
2 BRAAK Stage III-IV
3 BRAAK Stage V-VI
Neuropath General ADNC ADNC ADNC severity score String
Level Label
0 Not AD
1 Low
2 Intermediate
3 High
Neuropath General ADNC REAG NIA-REAGAN criteria for AD String
Level Label
0 None
1 Low Likelihood
2 Intermediate Likelihood
3 High Likelihood
Neuropath Lewy Bodies LEWY_full PD Braak Staging String
Level Label
0 None
1 Brainstem predom.
2 Limbic/amygdala (transitional)
3 Neocortical (diffuse)
4 Olfactory bulb or Region unspecified
Neuropath Lewy Bodies LEWY_grp PD Braak (grouped) String
Level Label
0 None
1 Brainstem predom.
2 Transitional, diffuse, olfactory bulb, or region unspecified
Neuropath Lewy Bodies LEWY_ANY PD Braak (dichotomous) String
Level Label
0 None
1 Brainstem, transitional, diffuse, olfactory bulb, or region unspecified
Neuropath Vascular Brain Injury INFA Infarcts and lacunes String
Level Label
0 No
1 Yes
Neuropath Vascular Brain Injury HEMOR Hemorrhages String
Level Label
0 No
1 Yes
Neuropath Vascular Brain Injury MICR Microinfarcts String
Level Label
0 No
1 Yes
Neuropath Vascular Brain Injury WMRCAL White matter rarifaction (cerebral arteriosclerotic leukoencephalopthy) String
Level Label
0 No
1 Yes
Neuropath Vascular Brain Injury WMR White matter rarifaction String
Level Label
0 None
1 Mild
2 Moderate
3 Severe
Neuropath Vascular Brain Injury WBVD Whole brain vascular disease String
Level Label
0 No
1 Yes
Neuropath Hippocampal Sclerosis HS_L Hippocampal sclerosis (with laterality) String
Level Label
0 None
1 Unilateral
2 Bilateral
3 Present, Location UK
Neuropath Hippocampal Sclerosis HS_S Hippocampal sclerosis (simplified) String
Level Label
0 No
1 Yes
Neuropath TDP43 TDP43 TDP Whole Brain (dichotomous) String
Level Label
0 No
1 Yes (positive in amygdala/ hippocampus/etorhinal/neocortex)
Neuropath TDP43 TDP_3 TDP - 3 Component String
Level Label
0 None
1 Amygdala
2 Hippocampus or Etorhinal
3 Neocortex
Neuropath TDP43 TDP_5 TDP Stage; Assumes that TDP progresses from brainstem>amygdala>hippocampus>inferior temporal cortex>neocortex String
Level Label
0 None
1 Brainstem/Spinal Cord
2 Amygdala
3 Hippocampus
4 Entorhinal
5 Neocortex
Neuropath Cerebrovascular Disease CVD_S Cerebrovascular Disease (simplified) String
Level Label
0 None
1 Presence
Neuropath Cerebrovascular Disease CVD_ATH Atherosclerosis String
Level Label
0 None
1 Mild
2 Moderate
3 Severe
Neuropath Cerebrovascular Disease CVD_ATH_ANY Atherosclerosis (dichotomous) String
Level Label
0 No
1 Yes
Neuropath Cerebrovascular Disease CVD_ART Arteriolosclerosis String
Level Label
0 None
1 Mild
2 Moderate
3 Severe
Neuropath Cerebrovascular Disease CVD_ART_ANY Arteriolosclerosis (dichotomous) String
Level Label
0 No
1 Yes
Neuropath Cerebrovascular Disease CVD_CAA Cerebral Amyloid Angiopathy (CAA) String
Level Label
0 None
1 Mild
2 Moderate
3 Severe
Neuropath Cerebrovascular Disease CVD_CAA_ANY Cerebral Amyloid Angiopathy (CAA) (dichotomous) String
Level Label
0 No
1 Yes
PET Amyloid PHC_TRACER_Amyloid PET Radiotracer String
PET Amyloid PHC_QC_IMAGE_Amyloid Determination if scan passed or failed quality control-- image quality String
Level Label
0 Fail
1 Pass
2 Pending
PET Amyloid PHC_QC_TIMING_Amyloid Determination if scan passed or failed quality control-- acquisition time String
Level Label
0 Fail
1 Pass
2 Pending
PET Amyloid PHC_INJECTED_DOSE_Amyloid Measure of injected radioligand dose millicurie Number
PET Amyloid PHC_CENTILOIDS Centiloids (CLs) values converted from GAAIN summary cortical SUVR normalized by GAAIN whole cerebellum; See ADSP MRI-Free PET Methods document centiloids Integer
PET Amyloid PHC_CL_FAIL Projected centiloid values for images that failed QC_TIMING Integer
PET Amyloid PHC_AMYLOID_STATUS Amyloid positivity determined by applying thresholds to the GAAIN summary cortical SUVR normalized by GAAIN whole cerebellum; See ADSP MRI-Free PET Methods document String
Level Label
0 Negative
1 Positive
9 Unknown
PET Amyloid GAAIN_SUMMARY_SUVR GAAIN summary cortical SUVR normalized by GAAIN whole cerebellum Number
PET Amyloid GAAIN_WHOLECEREBELLUM_SUVR Reference region - SUVR of GAAIN whole cerebellum normalized by GAAIN whole cerebellum Number
PET Amyloid GAAIN_COMPOSITE_REF_SUVR Reference region - SUVR of composite ref region (volume-weighted mean of GAAIN whole cerebellum, GAAIN brainstem and NPDKA eroded WM) normalized by GAAIN whole cerebellum Number
PET Amyloid GAAIN_CEREBELLUM_CORTEX_SUVR Reference region - SUVR of GAAIN cerebellum grey matter normalized by GAAIN whole cerebellum Number
PET Amyloid NPDKA_SUMMARY_SUVR NPDKA summary cortical SUVR (volume-weighted mean of frontal, cingulate, parietal and temporal regions) normalized by NPDKA whole cerebellum; See SCAN MRI-Free Amyloid PET Methods document on LONI Number
PET Amyloid NPDKA_WHOLECEREBELLUM_SUVR Reference region - SUVR of NPDKA whole cerebellum normalized by NPDKA whole cerebellum Number
PET Amyloid NPDKA_COMPOSITE_REF_SUVR Reference region - SUVR of composite ref region (volume-weighted mean of NPDKA whole cerebellum, NPDKA brainstem and NPDKA eroded WM) normalized by NPDKA whole cerebellum Number
PET Amyloid NPDKA_CEREBELLUM_CORTEX_SUVR Reference region - SUVR of NPDKA cerebellum grey matter normalized by NPDKA whole cerebellum Number
PET Amyloid NPDKA_ERODED_SUBCORTICALWM_SUVR Reference region - SUVR of NPDKA eroded subcortical white matter normalized by NPDKA whole cerebellum; See SCAN MRI-Free Amyloid PET Methods document on LONI Number
PET Amyloid BRAINSTEM_SUVR_Amyloid brain-stem SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CC_ANTERIOR_SUVR_Amyloid cc-anterior SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CC_CENTRAL_SUVR_Amyloid cc-central SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CC_MID_ANTERIOR_SUVR_Amyloid cc-mid-anterior SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CC_MID_POSTERIOR_SUVR_Amyloid cc-mid-posterior SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CC_POSTERIOR_SUVR_Amyloid cc-posterior SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CSF_SUVR_Amyloid csf SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid VENTRICLE_3RD_SUVR_Amyloid 3rd-ventricle SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid VENTRICLE_4TH_SUVR_Amyloid 4th-ventricle SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid VENTRICLE_5TH_SUVR_Amyloid 5th-ventricle SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid WM_HYPOINTENSITIES_SUVR_Amyloid wm-hypointensities SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid NON_WM_HYPOINTENSITIES_SUVR_Amyloid non-wm-hypointensities SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_BANKSSTS_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-bankssts and ctx-rh-bankssts normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_CAUDALANTERIORCINGULATE_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-caudalanteriorcingulate and ctx-rh-caudalanteriorcingulate normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_CAUDALMIDDLEFRONTAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-caudalmiddlefrontal and ctx-rh-caudalmiddlefrontal normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_CUNEUS_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-cuneus and ctx-rh-cuneus normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_ENTORHINAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-entorhinal and ctx-rh-entorhinal normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_FRONTALPOLE_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-frontalpole and ctx-rh-frontalpole normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_FUSIFORM_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-fusiform and ctx-rh-fusiform normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_INFERIORPARIETAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-inferiorparietal and ctx-rh-inferiorparietal normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_INFERIORTEMPORAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-inferiortemporal and ctx-rh-inferiortemporal normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_INSULA_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-insula and ctx-rh-insula normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_ISTHMUSCINGULATE_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-isthmuscingulate and ctx-rh-isthmuscingulate normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LATERALOCCIPITAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-lateraloccipital and ctx-rh-lateraloccipital normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LATERALORBITOFRONTAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-lateralorbitofrontal and ctx-rh-lateralorbitofrontal normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LINGUAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-lingual and ctx-rh-lingual normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_MEDIALORBITOFRONTAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-medialorbitofrontal and ctx-rh-medialorbitofrontal normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_MIDDLETEMPORAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-middletemporal and ctx-rh-middletemporal normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_PARACENTRAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-paracentral and ctx-rh-paracentral normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_PARAHIPPOCAMPAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-parahippocampal and ctx-rh-parahippocampal normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_PARSOPERCULARIS_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-parsopercularis and ctx-rh-parsopercularis normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_PARSORBITALIS_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-parsorbitalis and ctx-rh-parsorbitalis normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_PARSTRIANGULARIS_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-parstriangularis and ctx-rh-parstriangularis normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_PERICALCARINE_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-pericalcarine and ctx-rh-pericalcarine normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_POSTCENTRAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-postcentral and ctx-rh-postcentral normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_POSTERIORCINGULATE_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-posteriorcingulate and ctx-rh-posteriorcingulate normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_PRECENTRAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-precentral and ctx-rh-precentral normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_PRECUNEUS_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-precuneus and ctx-rh-precuneus normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_ROSTRALANTERIORCINGULATE_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-rostralanteriorcingulate and ctx-rh-rostralanteriorcingulate normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_ROSTRALMIDDLEFRONTAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-rostralmiddlefrontal and ctx-rh-rostralmiddlefrontal normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_SUPERIORFRONTAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-superiorfrontal and ctx-rh-superiorfrontal normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_SUPERIORPARIETAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-superiorparietal and ctx-rh-superiorparietal normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_SUPERIORTEMPORAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-superiortemporal and ctx-rh-superiortemporal normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_SUPRAMARGINAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-supramarginal and ctx-rh-supramarginal normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_TEMPORALPOLE_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-temporalpole and ctx-rh-temporalpole normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_TRANSVERSETEMPORAL_SUVR_Amyloid Volume-weighted mean SUVR of ctx-lh-transversetemporal and ctx-rh-transversetemporal normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid ACCUMBENS_AREA_SUVR_Amyloid Volume-weighted mean SUVR of left-accumbens-area and right-accumbens-area normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid AMYGDALA_SUVR_Amyloid Volume-weighted mean SUVR of left-amygdala and right-amygdala normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CAUDATE_SUVR_Amyloid Volume-weighted mean SUVR of left-caudate and right-caudate normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CEREBELLUM_WHITE_MATTER_SUVR_Amyloid Volume-weighted mean SUVR of left-cerebellum-white-matter and right-cerebellum-white-matter normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CEREBRAL_WHITE_MATTER_SUVR_Amyloid Volume-weighted mean SUVR of left-cerebral-white-matter and right-cerebral-white-matter normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CHOROID_PLEXUS_SUVR_Amyloid Volume-weighted mean SUVR of left-choroid-plexus and right-choroid-plexus normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid HIPPOCAMPUS_SUVR_Amyloid Volume-weighted mean SUVR of left-hippocampus and right-hippocampus normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid OPTIC_CHIASM_SUVR_Amyloid optic-chiasm SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid INF_LAT_VENT_SUVR_Amyloid Volume-weighted mean SUVR of left-inf-lat-vent and right-inf-lat-vent normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid LATERAL_VENTRICLE_SUVR_Amyloid Volume-weighted mean SUVR of left-lateral-ventricle and right-lateral-ventricle normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid PALLIDUM_SUVR_Amyloid Volume-weighted mean SUVR of left-pallidum and right-pallidum normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid PUTAMEN_SUVR_Amyloid Volume-weighted mean SUVR of left-putamen and right-putamen normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid THALAMUS_PROPER_SUVR_Amyloid Volume-weighted mean SUVR of left-thalamus-proper and right-thalamus-proper normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid VENTRALDC_SUVR_Amyloid Volume-weighted mean SUVR of left-ventraldc and right-ventraldc normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid VESSEL_SUVR_Amyloid Volume-weighted mean SUVR of left-vessel and right-vessel normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_BANKSSTS_SUVR_Amyloid ctx-lh-bankssts SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_CAUDALANTERIORCINGULATE_SUVR_Amyloid ctx-lh-caudalanteriorcingulate SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_CAUDALMIDDLEFRONTAL_SUVR_Amyloid ctx-lh-caudalmiddlefrontal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_CUNEUS_SUVR_Amyloid ctx-lh-cuneus SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_ENTORHINAL_SUVR_Amyloid ctx-lh-entorhinal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_FRONTALPOLE_SUVR_Amyloid ctx-lh-frontalpole SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_FUSIFORM_SUVR_Amyloid ctx-lh-fusiform SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_INFERIORPARIETAL_SUVR_Amyloid ctx-lh-inferiorparietal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_INFERIORTEMPORAL_SUVR_Amyloid ctx-lh-inferiortemporal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_INSULA_SUVR_Amyloid ctx-lh-insula SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_ISTHMUSCINGULATE_SUVR_Amyloid ctx-lh-isthmuscingulate SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_LATERALOCCIPITAL_SUVR_Amyloid ctx-lh-lateraloccipital SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_LATERALORBITOFRONTAL_SUVR_Amyloid ctx-lh-lateralorbitofrontal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_LINGUAL_SUVR_Amyloid ctx-lh-lingual SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_MEDIALORBITOFRONTAL_SUVR_Amyloid ctx-lh-medialorbitofrontal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_MIDDLETEMPORAL_SUVR_Amyloid ctx-lh-middletemporal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_PARACENTRAL_SUVR_Amyloid ctx-lh-paracentral SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_PARAHIPPOCAMPAL_SUVR_Amyloid ctx-lh-parahippocampal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_PARSOPERCULARIS_SUVR_Amyloid ctx-lh-parsopercularis SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_PARSORBITALIS_SUVR_Amyloid ctx-lh-parsorbitalis SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_PARSTRIANGULARIS_SUVR_Amyloid ctx-lh-parstriangularis SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_PERICALCARINE_SUVR_Amyloid ctx-lh-pericalcarine SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_POSTCENTRAL_SUVR_Amyloid ctx-lh-postcentral SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_POSTERIORCINGULATE_SUVR_Amyloid ctx-lh-posteriorcingulate SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_PRECENTRAL_SUVR_Amyloid ctx-lh-precentral SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_PRECUNEUS_SUVR_Amyloid ctx-lh-precuneus SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_ROSTRALANTERIORCINGULATE_SUVR_Amyloid ctx-lh-rostralanteriorcingulate SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_ROSTRALMIDDLEFRONTAL_SUVR_Amyloid ctx-lh-rostralmiddlefrontal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_SUPERIORFRONTAL_SUVR_Amyloid ctx-lh-superiorfrontal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_SUPERIORPARIETAL_SUVR_Amyloid ctx-lh-superiorparietal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_SUPERIORTEMPORAL_SUVR_Amyloid ctx-lh-superiortemporal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_SUPRAMARGINAL_SUVR_Amyloid ctx-lh-supramarginal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_TEMPORALPOLE_SUVR_Amyloid ctx-lh-temporalpole SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_LH_TRANSVERSETEMPORAL_SUVR_Amyloid ctx-lh-transversetemporal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_BANKSSTS_SUVR_Amyloid ctx-rh-bankssts SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_CAUDALANTERIORCINGULATE_SUVR_Amyloid ctx-rh-caudalanteriorcingulate SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_CAUDALMIDDLEFRONTAL_SUVR_Amyloid ctx-rh-caudalmiddlefrontal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_CUNEUS_SUVR_Amyloid ctx-rh-cuneus SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_ENTORHINAL_SUVR_Amyloid ctx-rh-entorhinal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_FRONTALPOLE_SUVR_Amyloid ctx-rh-frontalpole SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_FUSIFORM_SUVR_Amyloid ctx-rh-fusiform SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_INFERIORPARIETAL_SUVR_Amyloid ctx-rh-inferiorparietal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_INFERIORTEMPORAL_SUVR_Amyloid ctx-rh-inferiortemporal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_INSULA_SUVR_Amyloid ctx-rh-insula SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_ISTHMUSCINGULATE_SUVR_Amyloid ctx-rh-isthmuscingulate SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_LATERALOCCIPITAL_SUVR_Amyloid ctx-rh-lateraloccipital SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_LATERALORBITOFRONTAL_SUVR_Amyloid ctx-rh-lateralorbitofrontal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_LINGUAL_SUVR_Amyloid ctx-rh-lingual SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_MEDIALORBITOFRONTAL_SUVR_Amyloid ctx-rh-medialorbitofrontal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_MIDDLETEMPORAL_SUVR_Amyloid ctx-rh-middletemporal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_PARACENTRAL_SUVR_Amyloid ctx-rh-paracentral SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_PARAHIPPOCAMPAL_SUVR_Amyloid ctx-rh-parahippocampal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_PARSOPERCULARIS_SUVR_Amyloid ctx-rh-parsopercularis SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_PARSORBITALIS_SUVR_Amyloid ctx-rh-parsorbitalis SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_PARSTRIANGULARIS_SUVR_Amyloid ctx-rh-parstriangularis SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_PERICALCARINE_SUVR_Amyloid ctx-rh-pericalcarine SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_POSTCENTRAL_SUVR_Amyloid ctx-rh-postcentral SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_POSTERIORCINGULATE_SUVR_Amyloid ctx-rh-posteriorcingulate SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_PRECENTRAL_SUVR_Amyloid ctx-rh-precentral SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_PRECUNEUS_SUVR_Amyloid ctx-rh-precuneus SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_ROSTRALANTERIORCINGULATE_SUVR_Amyloid ctx-rh-rostralanteriorcingulate SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_ROSTRALMIDDLEFRONTAL_SUVR_Amyloid ctx-rh-rostralmiddlefrontal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_SUPERIORFRONTAL_SUVR_Amyloid ctx-rh-superiorfrontal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_SUPERIORPARIETAL_SUVR_Amyloid ctx-rh-superiorparietal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_SUPERIORTEMPORAL_SUVR_Amyloid ctx-rh-superiortemporal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_SUPRAMARGINAL_SUVR_Amyloid ctx-rh-supramarginal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_TEMPORALPOLE_SUVR_Amyloid ctx-rh-temporalpole SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid CTX_RH_TRANSVERSETEMPORAL_SUVR_Amyloid ctx-rh-transversetemporal SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid LEFT_ACCUMBENS_AREA_SUVR_Amyloid left-accumbens-area SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid LEFT_AMYGDALA_SUVR_Amyloid left-amygdala SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid LEFT_CAUDATE_SUVR_Amyloid left-caudate SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid LEFT_CEREBELLUM_CORTEX_SUVR_Amyloid left-cerebellum-cortex SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid LEFT_CEREBELLUM_WHITE_MATTER_SUVR_Amyloid left-cerebellum-white-matter SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid LEFT_CEREBRAL_WHITE_MATTER_SUVR_Amyloid left-cerebral-white-matter SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid LEFT_CHOROID_PLEXUS_SUVR_Amyloid left-choroid-plexus SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid LEFT_HIPPOCAMPUS_SUVR_Amyloid left-hippocampus SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid LEFT_INF_LAT_VENT_SUVR_Amyloid left-inf-lat-vent SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid LEFT_LATERAL_VENTRICLE_SUVR_Amyloid left-lateral-ventricle SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid LEFT_PALLIDUM_SUVR_Amyloid left-pallidum SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid LEFT_PUTAMEN_SUVR_Amyloid left-putamen SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid LEFT_THALAMUS_PROPER_SUVR_Amyloid left-thalamus-proper SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid LEFT_VENTRALDC_SUVR_Amyloid left-ventraldc SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid LEFT_VESSEL_SUVR_Amyloid left-vessel SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid RIGHT_ACCUMBENS_AREA_SUVR_Amyloid right-accumbens-area SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid RIGHT_AMYGDALA_SUVR_Amyloid right-amygdala SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid RIGHT_CAUDATE_SUVR_Amyloid right-caudate SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid RIGHT_CEREBELLUM_CORTEX_SUVR_Amyloid right-cerebellum-cortex SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid RIGHT_CEREBELLUM_WHITE_MATTER_SUVR_Amyloid right-cerebellum-white-matter SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid RIGHT_CEREBRAL_WHITE_MATTER_SUVR_Amyloid right-cerebral-white-matter SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid RIGHT_CHOROID_PLEXUS_SUVR_Amyloid right-choroid-plexus SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid RIGHT_HIPPOCAMPUS_SUVR_Amyloid right-hippocampus SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid RIGHT_INF_LAT_VENT_SUVR_Amyloid right-inf-lat-vent SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid RIGHT_LATERAL_VENTRICLE_SUVR_Amyloid right-lateral-ventricle SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid RIGHT_PALLIDUM_SUVR_Amyloid right-pallidum SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid RIGHT_PUTAMEN_SUVR_Amyloid right-putamen SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid RIGHT_THALAMUS_PROPER_SUVR_Amyloid right-thalamus-proper SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid RIGHT_VENTRALDC_SUVR_Amyloid right-ventraldc SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Amyloid RIGHT_VESSEL_SUVR_Amyloid right-vessel SUVR normalized by whole cerebellum; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau PHC_TRACER_Tau PET Radiotracer String
PET Tau PHC_QC_IMAGE_Tau Determination if scan passed or failed quality control-- image quality String
Level Label
0 Fail
1 Pass
2 Pending
PET Tau PHC_QC_TIMING_Tau Determination if scan passed or failed quality control-- acquisition time String
Level Label
0 Fail
1 Pass
2 Pending
PET Tau PHC_INJECTED_DOSE_Tau Measure of injected radioligand dose millicurie Number
PET Tau PHC_B12pos Threshold-based tau-positivity in B1/B2region String
Level Label
0 Negative
1 Positive
PET Tau PHC_B3pos Threshold-based tau-positivity in B3 region String
Level Label
0 Negative
1 Positive
PET Tau PHC_B4pos Threshold-based tau-positivity in B4 region String
Level Label
0 Negative
1 Positive
PET Tau PHC_B5pos Threshold-based tau-positivity in B5 region String
Level Label
0 Negative
1 Positive
PET Tau PHC_B6pos Threshold-based tau-positivity in B6 region String
Level Label
0 Negative
1 Positive
PET Tau PHC_HIBRAAKpos Hierarchical Braak positivity String
PET Tau B12_SUVR SUVR of B1/B2 normalized by NPDKA inferior cerebellum Number
PET Tau B3_SUVR SUVR of B3 normalized by NPDKA inferior cerebellum Number
PET Tau B4_SUVR SUVR of B4 normalized by NPDKA inferior cerebellum Number
PET Tau B5_SUVR SUVR of B5 normalized by NPDKA inferior cerebellum Number
PET Tau B6_SUVR SUVR of B6 normalized by NPDKA inferior cerebellum Number
PET Tau META_TEMPORAL_SUVR Meta temporal SUVR normalized by inferior cerebellar grey matter. Number
PET Tau CTX_ENTORHINAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-entorhinal and ctx-rh-entorhinal normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau INFERIORCEREBELLUM_SUVR Reference region - SUVR of NPDKA inferior cerebellar grey matter; See SCAN MRI-Free Tau PET methods document on LONI Number
PET Tau ERODED_SUBCORTICALWM_SUVR Reference region - SUVR of NPDKA eroded subcortical white matter normalized by NPDKA inferior cerebellar grey matter; See SCAN MRI-Free Tau PET Methods document on LONI Number
PET Tau BRAINSTEM_SUVR_Tau brain-stem SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CC_ANTERIOR_SUVR_Tau cc-anterior SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CC_CENTRAL_SUVR_Tau cc-central SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CC_MID_ANTERIOR_SUVR_Tau cc-mid-anterior SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CC_MID_POSTERIOR_SUVR_Tau cc-mid-posterior SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CC_POSTERIOR_SUVR_Tau cc-posterior SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CSF_SUVR_Tau csf SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau VENTRICLE_3RD_SUVR_Tau 3rd-ventricle SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau VENTRICLE_4TH_SUVR_Tau 4th-ventricle SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau VENTRICLE_5TH_SUVR_Tau 5th-ventricle SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau WM_HYPOINTENSITIES_SUVR_Tau wm-hypointensities SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau NON_WM_HYPOINTENSITIES_SUVR_Tau non-wm-hypointensities SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_BANKSSTS_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-bankssts and ctx-rh-bankssts normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_CAUDALANTERIORCINGULATE_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-caudalanteriorcingulate and ctx-rh-caudalanteriorcingulate normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_CAUDALMIDDLEFRONTAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-caudalmiddlefrontal and ctx-rh-caudalmiddlefrontal normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_CUNEUS_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-cuneus and ctx-rh-cuneus normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_FRONTALPOLE_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-frontalpole and ctx-rh-frontalpole normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_FUSIFORM_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-fusiform and ctx-rh-fusiform normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_INFERIORPARIETAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-inferiorparietal and ctx-rh-inferiorparietal normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_INFERIORTEMPORAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-inferiortemporal and ctx-rh-inferiortemporal normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_INSULA_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-insula and ctx-rh-insula normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_ISTHMUSCINGULATE_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-isthmuscingulate and ctx-rh-isthmuscingulate normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LATERALOCCIPITAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-lateraloccipital and ctx-rh-lateraloccipital normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LATERALORBITOFRONTAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-lateralorbitofrontal and ctx-rh-lateralorbitofrontal normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LINGUAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-lingual and ctx-rh-lingual normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_MEDIALORBITOFRONTAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-medialorbitofrontal and ctx-rh-medialorbitofrontal normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_MIDDLETEMPORAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-middletemporal and ctx-rh-middletemporal normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_PARACENTRAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-paracentral and ctx-rh-paracentral normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_PARAHIPPOCAMPAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-parahippocampal and ctx-rh-parahippocampal normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_PARSOPERCULARIS_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-parsopercularis and ctx-rh-parsopercularis normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_PARSORBITALIS_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-parsorbitalis and ctx-rh-parsorbitalis normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_PARSTRIANGULARIS_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-parstriangularis and ctx-rh-parstriangularis normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_PERICALCARINE_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-pericalcarine and ctx-rh-pericalcarine normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_POSTCENTRAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-postcentral and ctx-rh-postcentral normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_POSTERIORCINGULATE_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-posteriorcingulate and ctx-rh-posteriorcingulate normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_PRECENTRAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-precentral and ctx-rh-precentral normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_PRECUNEUS_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-precuneus and ctx-rh-precuneus normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_ROSTRALANTERIORCINGULATE_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-rostralanteriorcingulate and ctx-rh-rostralanteriorcingulate normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_ROSTRALMIDDLEFRONTAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-rostralmiddlefrontal and ctx-rh-rostralmiddlefrontal normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_SUPERIORFRONTAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-superiorfrontal and ctx-rh-superiorfrontal normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_SUPERIORPARIETAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-superiorparietal and ctx-rh-superiorparietal normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_SUPERIORTEMPORAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-superiortemporal and ctx-rh-superiortemporal normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_SUPRAMARGINAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-supramarginal and ctx-rh-supramarginal normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_TEMPORALPOLE_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-temporalpole and ctx-rh-temporalpole normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_TRANSVERSETEMPORAL_SUVR_Tau Volume-weighted mean SUVR of ctx-lh-transversetemporal and ctx-rh-transversetemporal normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau ACCUMBENS_AREA_SUVR_Tau Volume-weighted mean SUVR of left-accumbens-area and right-accumbens-area normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau AMYGDALA_SUVR_Tau Volume-weighted mean SUVR of left-amygdala and right-amygdala normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CAUDATE_SUVR_Tau Volume-weighted mean SUVR of left-caudate and right-caudate normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CEREBELLUM_CORTEX_SUVR Volume-weighted mean SUVR of left-cerebellum-cortex and right-cerebellum-cortex normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CEREBELLUM_WHITE_MATTER_SUVR_Tau Volume-weighted mean SUVR of left-cerebellum-white-matter and right-cerebellum-white-matter normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CEREBRAL_WHITE_MATTER_SUVR_Tau Volume-weighted mean SUVR of left-cerebral-white-matter and right-cerebral-white-matter normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CHOROID_PLEXUS_SUVR_Tau Volume-weighted mean SUVR of left-choroid-plexus and right-choroid-plexus normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau HIPPOCAMPUS_SUVR_Tau Volume-weighted mean SUVR of left-hippocampus and right-hippocampus normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau OPTIC_CHIASM_SUVR_Tau optic-chiasm SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau INF_LAT_VENT_SUVR_Tau Volume-weighted mean SUVR of left-inf-lat-vent and right-inf-lat-vent normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau LATERAL_VENTRICLE_SUVR_Tau Volume-weighted mean SUVR of left-lateral-ventricle and right-lateral-ventricle normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau PALLIDUM_SUVR_Tau Volume-weighted mean SUVR of left-pallidum and right-pallidum normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau PUTAMEN_SUVR_Tau Volume-weighted mean SUVR of left-putamen and right-putamen normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau THALAMUS_PROPER_SUVR_Tau Volume-weighted mean SUVR of left-thalamus-proper and right-thalamus-proper normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau VENTRALDC_SUVR_Tau Volume-weighted mean SUVR of left-ventraldc and right-ventraldc normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau VESSEL_SUVR_Tau Volume-weighted mean SUVR of left-vessel and right-vessel normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_BANKSSTS_SUVR_Tau ctx-lh-bankssts SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_CAUDALANTERIORCINGULATE_SUVR_Tau ctx-lh-caudalanteriorcingulate SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_CAUDALMIDDLEFRONTAL_SUVR_Tau ctx-lh-caudalmiddlefrontal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_CUNEUS_SUVR_Tau ctx-lh-cuneus SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_ENTORHINAL_SUVR_Tau ctx-lh-entorhinal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_FRONTALPOLE_SUVR_Tau ctx-lh-frontalpole SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_FUSIFORM_SUVR_Tau ctx-lh-fusiform SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_INFERIORPARIETAL_SUVR_Tau ctx-lh-inferiorparietal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_INFERIORTEMPORAL_SUVR_Tau ctx-lh-inferiortemporal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_INSULA_SUVR_Tau ctx-lh-insula SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_ISTHMUSCINGULATE_SUVR_Tau ctx-lh-isthmuscingulate SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_LATERALOCCIPITAL_SUVR_Tau ctx-lh-lateraloccipital SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_LATERALORBITOFRONTAL_SUVR_Tau ctx-lh-lateralorbitofrontal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_LINGUAL_SUVR_Tau ctx-lh-lingual SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_MEDIALORBITOFRONTAL_SUVR_Tau ctx-lh-medialorbitofrontal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_MIDDLETEMPORAL_SUVR_Tau ctx-lh-middletemporal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_PARACENTRAL_SUVR_Tau ctx-lh-paracentral SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_PARAHIPPOCAMPAL_SUVR_Tau ctx-lh-parahippocampal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_PARSOPERCULARIS_SUVR_Tau ctx-lh-parsopercularis SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_PARSORBITALIS_SUVR_Tau ctx-lh-parsorbitalis SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_PARSTRIANGULARIS_SUVR_Tau ctx-lh-parstriangularis SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_PERICALCARINE_SUVR_Tau ctx-lh-pericalcarine SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_POSTCENTRAL_SUVR_Tau ctx-lh-postcentral SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_POSTERIORCINGULATE_SUVR_Tau ctx-lh-posteriorcingulate SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_PRECENTRAL_SUVR_Tau ctx-lh-precentral SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_PRECUNEUS_SUVR_Tau ctx-lh-precuneus SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_ROSTRALANTERIORCINGULATE_SUVR_Tau ctx-lh-rostralanteriorcingulate SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_ROSTRALMIDDLEFRONTAL_SUVR_Tau ctx-lh-rostralmiddlefrontal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_SUPERIORFRONTAL_SUVR_Tau ctx-lh-superiorfrontal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_SUPERIORPARIETAL_SUVR_Tau ctx-lh-superiorparietal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_SUPERIORTEMPORAL_SUVR_Tau ctx-lh-superiortemporal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_SUPRAMARGINAL_SUVR_Tau ctx-lh-supramarginal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_TEMPORALPOLE_SUVR_Tau ctx-lh-temporalpole SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_LH_TRANSVERSETEMPORAL_SUVR_Tau ctx-lh-transversetemporal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_BANKSSTS_SUVR_Tau ctx-rh-bankssts SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_CAUDALANTERIORCINGULATE_SUVR_Tau ctx-rh-caudalanteriorcingulate SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_CAUDALMIDDLEFRONTAL_SUVR_Tau ctx-rh-caudalmiddlefrontal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_CUNEUS_SUVR_Tau ctx-rh-cuneus SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_ENTORHINAL_SUVR_Tau ctx-rh-entorhinal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_FRONTALPOLE_SUVR_Tau ctx-rh-frontalpole SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_FUSIFORM_SUVR_Tau ctx-rh-fusiform SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_INFERIORPARIETAL_SUVR_Tau ctx-rh-inferiorparietal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_INFERIORTEMPORAL_SUVR_Tau ctx-rh-inferiortemporal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_INSULA_SUVR_Tau ctx-rh-insula SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_ISTHMUSCINGULATE_SUVR_Tau ctx-rh-isthmuscingulate SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_LATERALOCCIPITAL_SUVR_Tau ctx-rh-lateraloccipital SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_LATERALORBITOFRONTAL_SUVR_Tau ctx-rh-lateralorbitofrontal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_LINGUAL_SUVR_Tau ctx-rh-lingual SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_MEDIALORBITOFRONTAL_SUVR_Tau ctx-rh-medialorbitofrontal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_MIDDLETEMPORAL_SUVR_Tau ctx-rh-middletemporal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_PARACENTRAL_SUVR_Tau ctx-rh-paracentral SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_PARAHIPPOCAMPAL_SUVR_Tau ctx-rh-parahippocampal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_PARSOPERCULARIS_SUVR_Tau ctx-rh-parsopercularis SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_PARSORBITALIS_SUVR_Tau ctx-rh-parsorbitalis SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_PARSTRIANGULARIS_SUVR_Tau ctx-rh-parstriangularis SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_PERICALCARINE_SUVR_Tau ctx-rh-pericalcarine SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_POSTCENTRAL_SUVR_Tau ctx-rh-postcentral SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_POSTERIORCINGULATE_SUVR_Tau ctx-rh-posteriorcingulate SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_PRECENTRAL_SUVR_Tau ctx-rh-precentral SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_PRECUNEUS_SUVR_Tau ctx-rh-precuneus SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_ROSTRALANTERIORCINGULATE_SUVR_Tau ctx-rh-rostralanteriorcingulate SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_ROSTRALMIDDLEFRONTAL_SUVR_Tau ctx-rh-rostralmiddlefrontal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_SUPERIORFRONTAL_SUVR_Tau ctx-rh-superiorfrontal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_SUPERIORPARIETAL_SUVR_Tau ctx-rh-superiorparietal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_SUPERIORTEMPORAL_SUVR_Tau ctx-rh-superiortemporal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_SUPRAMARGINAL_SUVR_Tau ctx-rh-supramarginal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_TEMPORALPOLE_SUVR_Tau ctx-rh-temporalpole SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau CTX_RH_TRANSVERSETEMPORAL_SUVR_Tau ctx-rh-transversetemporal SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau LEFT_ACCUMBENS_AREA_SUVR_Tau left-accumbens-area SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau LEFT_AMYGDALA_SUVR_Tau left-amygdala SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau LEFT_CAUDATE_SUVR_Tau left-caudate SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau LEFT_CEREBELLUM_CORTEX_SUVR_Tau left-cerebellum-cortex SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau LEFT_CEREBELLUM_WHITE_MATTER_SUVR_Tau left-cerebellum-white-matter SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau LEFT_CEREBRAL_WHITE_MATTER_SUVR_Tau left-cerebral-white-matter SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau LEFT_CHOROID_PLEXUS_SUVR_Tau left-choroid-plexus SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau LEFT_HIPPOCAMPUS_SUVR_Tau left-hippocampus SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau LEFT_INF_LAT_VENT_SUVR_Tau left-inf-lat-vent SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau LEFT_LATERAL_VENTRICLE_SUVR_Tau left-lateral-ventricle SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau LEFT_PALLIDUM_SUVR_Tau left-pallidum SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau LEFT_PUTAMEN_SUVR_Tau left-putamen SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau LEFT_THALAMUS_PROPER_SUVR_Tau left-thalamus-proper SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau LEFT_VENTRALDC_SUVR_Tau left-ventraldc SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau LEFT_VESSEL_SUVR_Tau left-vessel SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau RIGHT_ACCUMBENS_AREA_SUVR_Tau right-accumbens-area SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau RIGHT_AMYGDALA_SUVR_Tau right-amygdala SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau RIGHT_CAUDATE_SUVR_Tau right-caudate SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau RIGHT_CEREBELLUM_CORTEX_SUVR_Tau right-cerebellum-cortex SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau RIGHT_CEREBELLUM_WHITE_MATTER_SUVR_Tau right-cerebellum-white-matter SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau RIGHT_CEREBRAL_WHITE_MATTER_SUVR_Tau right-cerebral-white-matter SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau RIGHT_CHOROID_PLEXUS_SUVR_Tau right-choroid-plexus SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau RIGHT_HIPPOCAMPUS_SUVR_Tau right-hippocampus SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau RIGHT_INF_LAT_VENT_SUVR_Tau right-inf-lat-vent SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau RIGHT_LATERAL_VENTRICLE_SUVR_Tau right-lateral-ventricle SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau RIGHT_PALLIDUM_SUVR_Tau right-pallidum SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau RIGHT_PUTAMEN_SUVR_Tau right-putamen SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau RIGHT_THALAMUS_PROPER_SUVR_Tau right-thalamus-proper SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau RIGHT_VENTRALDC_SUVR_Tau right-ventraldc SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
PET Tau RIGHT_VESSEL_SUVR_Tau right-vessel SUVR normalized by inferior cerebellar grey matter; ROI volume is provided in MRI-Free NPDKA Appendix CSV on LONI Number
MRI FLAIR CNR_WM Contrast-to-noise ratio for total white matter Number
MRI FLAIR SNR_WM Signal-to-noise ratio for total white matter Number
MRI FLAIR CNR_GM Contrast-to-noise ratio for total gray matter Number
MRI FLAIR SNR_GM Signal-to-noise ratio for total gray matter Number
MRI FLAIR Contrast_WM_GM Measure of the contrast difference between white matter and gray matter in the MRI scan. Number
MRI FLAIR PHC_WMHVOL_Harmonized Total volume of white matter hyperintensities (WMH) in the brain, measured in cubic centimeters harmonized across studies using standard Combat method Number Harmonized metric
MRI T1 - FreeSurfer X3rd_Ventricle_combat 3rd ventricle volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer X4th_Ventricle_combat 4th ventricle volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Brain_Stem_combat Brainstem volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer BrainSegVol_to_eTIV_combat Ratio of total brain segmentation volume to ICV harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer BrainSegVol_combat Segmented brain volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer BrainSegVolNotVentSurf_combat Surface size of the segmented brain volume excluding ventricles harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer CC_Anterior_combat Anterior corpus collosum volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer CC_Central_combat Central corpus collosum volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer CC_Mid_Anterior_combat Mid-anterior corpus collosum volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer CC_Mid_Posterior_combat Mid-posterior corpus collosum volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer CC_Posterior_combat Posterior corpus collosum volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer CerebralWhiteMatterVol_combat Total cerebral cortex white matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer CortexVol_combat Total cerebral cortex grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer CSF_combat CSF volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer EstimatedTotalIntraCranialVol_combat Total intracranial volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Left_Accumbens_area_combat Left accumbens volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Left_Amygdala_combat Left amygdala volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Left_Caudate_combat Left caudate volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Left_Cerebellum_Cortex_combat Left cerebellar cortex volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Left_Cerebellum_White_Matter_combat Left cerebellar white matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Left_choroid_plexus_combat Left choroid plexus volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Left_Hippocampus_combat Left hippocampus volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Left_Inf_Lat_Vent_combat Left inferior lateral ventricle volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Left_Lateral_Ventricle_combat Left lateral ventricle volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Left_Pallidum_combat Left pallidum volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Left_Putamen_combat Left putamen volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Left_Thalamus_Proper_combat Left thalamus volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Left_VentralDC_combat Left ventral DC volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_bankssts_thickness_combat Left banks of the superior temporal sulcus thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_bankssts_volume_combat Left banks of the superior temporal sulcus grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_caudalanteriorcingulate_thickness_combat Left caudal anterior cingulate thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_caudalanteriorcingulate_volume_combat Left caudal anterior cingulate grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_caudalmiddlefrontal_thickness_combat Left caudal middle frontal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_caudalmiddlefrontal_volume_combat Left caudal middle frontal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_cuneus_thickness_combat Left cuneus thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_cuneus_volume_combat Left cuneus grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_entorhinal_thickness_combat Left entorhinal cortex thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_entorhinal_volume_combat Left entorhinal cortex grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_frontalpole_thickness_combat Left frontal pole thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_frontalpole_volume_combat Left frontal pole grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_fusiform_thickness_combat Left fusiform gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_fusiform_volume_combat Left fusiform gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_inferiorparietal_thickness_combat Left inferior parietal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_inferiorparietal_volume_combat Left inferior parietal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_inferiortemporal_thickness_combat Left inferior temporal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_inferiortemporal_volume_combat Left inferior temporal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_insula_thickness_combat Left insula thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_insula_volume_combat Left insula grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_isthmuscingulate_thickness_combat Left isthmus cingulate thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_isthmuscingulate_volume_combat Left isthmus cingulate grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_lateraloccipital_thickness_combat Left lateral occipital gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_lateraloccipital_volume_combat Left lateral occipital gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_lateralorbitofrontal_thickness_combat Left lateral orbitofrontal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_lateralorbitofrontal_volume_combat Left lateral orbitofrontal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_lingual_thickness_combat Left lingual gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_lingual_volume_combat Left lingual gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_MeanThickness_thickness_combat Left mean lobar thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_medialorbitofrontal_thickness_combat Left medial orbitofrontal thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_medialorbitofrontal_volume_combat Left medial orbitofrontal grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_middletemporal_thickness_combat Left middle temporal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_middletemporal_volume_combat Left middle temporal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_paracentral_thickness_combat Left paracentral lobule thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_paracentral_volume_combat Left paracentral lobule grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_parahippocampal_thickness_combat Left parahippocampal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_parahippocampal_volume_combat Left parahippocampal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_parsopercularis_thickness_combat Left pars opercularis thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_parsopercularis_volume_combat Left pars opercularis grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_parsorbitalis_thickness_combat Left pars orbitalis thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_parsorbitalis_volume_combat Left pars orbitalis grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_parstriangularis_thickness_combat Left pars triangularis thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_parstriangularis_volume_combat Left pars triangularis grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_pericalcarine_thickness_combat Left pericalcarine gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_pericalcarine_volume_combat Left pericalcarine gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_postcentral_thickness_combat Left postcentral gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_postcentral_volume_combat Left postcentral gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_posteriorcingulate_thickness_combat Left posterior cingulate thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_posteriorcingulate_volume_combat Left posterior cingulate grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_precentral_thickness_combat Left precentral gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_precentral_volume_combat Left precentral gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_precuneus_thickness_combat Left precuneus thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_precuneus_volume_combat Left precuneus grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_rostralanteriorcingulate_thickness_combat Left rostral anterior cingulate thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_rostralanteriorcingulate_volume_combat Left rostral anterior cingulate grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_rostralmiddlefrontal_thickness_combat Left rostral middle frontal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_rostralmiddlefrontal_volume_combat Left rostral middle frontal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_superiorfrontal_thickness_combat Left superior frontal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_superiorfrontal_volume_combat Left superior frontal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_superiorparietal_thickness_combat Left superior parietal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_superiorparietal_volume_combat Left superior parietal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_superiortemporal_thickness_combat Left superior temporal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_superiortemporal_volume_combat Left superior temporal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_supramarginal_thickness_combat Left supramarginal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_supramarginal_volume_combat Left supramarginal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_temporalpole_thickness_combat Left temporal pole thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_temporalpole_volume_combat Left temporal pole grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_transversetemporal_thickness_combat Left transverse temporal pole thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lh_transversetemporal_volume_combat Left transverse temporal pole grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lhCerebralWhiteMatterVol_combat Left cerebral cortex white matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer lhCortexVol_combat Left cerebral cortex grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer MaskVol_to_eTIV_combat Ratio of mask segmentation volume to ICV harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer MaskVol_combat Mask volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Optic_Chiasm_combat Optic Chiasm volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_bankssts_thickness_combat Right banks of the superior temporal sulcus thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_bankssts_volume_combat Right banks of the superior temporal sulcus grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_caudalanteriorcingulate_thickness_combat Right caudal anterior cingulate thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_caudalanteriorcingulate_volume_combat Right caudal anterior cingulate grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_caudalmiddlefrontal_thickness_combat Right caudal middle frontal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_caudalmiddlefrontal_volume_combat Right caudal middle frontal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_cuneus_thickness_combat Right cuneus thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_cuneus_volume_combat Right cuneus grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_entorhinal_thickness_combat Right entorhinal cortex thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_entorhinal_volume_combat Right entorhinal cortex grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_frontalpole_thickness_combat Right frontal pole thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_frontalpole_volume_combat Right frontal pole grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_fusiform_thickness_combat Right fusiform gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_fusiform_volume_combat Right fusiform gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_inferiorparietal_thickness_combat Right inferior parietal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_inferiorparietal_volume_combat Right inferior parietal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_inferiortemporal_thickness_combat Right inferior temporal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_inferiortemporal_volume_combat Right inferior temporal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_insula_thickness_combat Right insula thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_insula_volume_combat Right insula grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_isthmuscingulate_thickness_combat Right isthmus cingulate thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_isthmuscingulate_volume_combat Right isthmus cingulate grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_lateraloccipital_thickness_combat Right lateral occipital gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_lateraloccipital_volume_combat Right lateral occipital gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_lateralorbitofrontal_thickness_combat Right lateral orbitofrontal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_lateralorbitofrontal_volume_combat Right lateral orbitofrontal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_lingual_thickness_combat Right lingual gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_lingual_volume_combat Right lingual gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_MeanThickness_thickness_combat Right mean lobar thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_medialorbitofrontal_thickness_combat Right medial orbitofrontal thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_medialorbitofrontal_volume_combat Right medial orbitofrontal grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_middletemporal_thickness_combat Right middle temporal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_middletemporal_volume_combat Right middle temporal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_paracentral_thickness_combat Right paracentral lobule thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_paracentral_volume_combat Right paracentral lobule grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_parahippocampal_thickness_combat Right parahippocampal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_parahippocampal_volume_combat Right parahippocampal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_parsopercularis_thickness_combat Right pars opercularis thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_parsopercularis_volume_combat Right pars opercularis grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_parsorbitalis_thickness_combat Right pars orbitalis thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_parsorbitalis_volume_combat Right pars orbitalis grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_parstriangularis_thickness_combat Right pars triangularis thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_parstriangularis_volume_combat Right pars triangularis grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_pericalcarine_thickness_combat Right pericalcarine gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_pericalcarine_volume_combat Right pericalcarine gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_postcentral_thickness_combat Right postcentral gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_postcentral_volume_combat Right postcentral gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_posteriorcingulate_thickness_combat Right posterior cingulate thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_posteriorcingulate_volume_combat Right posterior cingulate grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_precentral_thickness_combat Right precentral gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_precentral_volume_combat Right precentral gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_precuneus_thickness_combat Right precuneus thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_precuneus_volume_combat Right precuneus grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_rostralanteriorcingulate_thickness_combat Right rostral anterior cingulate thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_rostralanteriorcingulate_volume_combat Right rostral anterior cingulate grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_rostralmiddlefrontal_thickness_combat Right rostral middle frontal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_rostralmiddlefrontal_volume_combat Right rostral middle frontal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_superiorfrontal_thickness_combat Right superior frontal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_superiorfrontal_volume_combat Right superior frontal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_superiorparietal_thickness_combat Right superior parietal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_superiorparietal_volume_combat Right superior parietal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_superiortemporal_thickness_combat Right superior temporal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_superiortemporal_volume_combat Right superior temporal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_supramarginal_thickness_combat Right supramarginal gyri thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_supramarginal_volume_combat Right supramarginal gyri grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_temporalpole_thickness_combat Right temporal pole thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_temporalpole_volume_combat Right temporal pole grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_transversetemporal_thickness_combat Right transverse temporal pole thickness harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rh_transversetemporal_volume_combat Right transverse temporal pole grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rhCerebralWhiteMatterVol_combat Right cerebral cortex white matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer rhCortexVol_combat Right cerebral cortex grey matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Right_Accumbens_area_combat Right accumbens volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Right_Amygdala_combat Right amygdala volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Right_Caudate_combat Right caudate volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Right_Cerebellum_Cortex_combat Right cerebellar cortex volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Right_Cerebellum_White_Matter_combat Right cerebellar white matter volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Right_choroid_plexus_combat Right choroid plexus volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Right_Hippocampus_combat Right hippocampus volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Right_Inf_Lat_Vent_combat Right inferior lateral ventricle volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Right_Lateral_Ventricle_combat Right lateral ventricle volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Right_Pallidum_combat Right pallidum volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Right_Putamen_combat Right putamen volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Right_Thalamus_Proper_combat Right thalamus volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer Right_VentralDC_combat Right ventral DC volume harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer SubCortGrayVol_combat Total volume of the subcortical grey matter harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer SupraTentorialVol_combat Total volume of brain (minus the cerebellum) harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer SupraTentorialVolNotVent_combat Total volume of brain without ventricles (minus the cerebellum) harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer SupraTentorialVolNotVentVox_combat Number of voxels of brain without ventricles (minus the cerebellum) harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer TotalGrayVol_combat Total volume of all grey matter (cortical and subcortical) harmonized with combat Number Harmonized metric
MRI T1 - FreeSurfer WM_hypointensities_combat White matter hypointensities harmonized with combat Number Harmonized metric
MRI T1 - MUSE PHC_DLICV Deep Learning Intra Cranial Volume cubic millimeter Number
MRI T1 - MUSE SPARE_AD SPARE Alzheimer's Disease Score Number
MRI T1 - MUSE SPARE_BA SPARE Brain Age Score years Number
MRI T1 - MUSE H_MUSE_Volume_4 3rd Ventricle (B Hemisphere) Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_11 4th Ventricle (B Hemisphere) Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_23 Right Accumbens Area Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_30 Left Accumbens Area Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_31 Right Amygdala Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_32 Left Amygdala Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_35 Brain Stem (B Hemisphere) Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_36 Right Caudate Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_37 Left Caudate Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_38 Right Cerebellum Exterior Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_39 Left Cerebellum Exterior Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_40 Right Cerebellum White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_41 Left Cerebellum White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_47 Right Hippocampus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_48 Left Hippocampus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_49 Right Inf Lat Vent Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_50 Left Inf Lat Vent Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_51 Right Lateral Ventricle Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_52 Left Lateral Ventricle Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_55 Right Pallidum Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_56 Left Pallidum Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_57 Right Putamen Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_58 Left Putamen Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_59 Right Thalamus Proper Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_60 Left Thalamus Proper Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_61 Right Ventral DC Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_62 Left Ventral DC Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_71 Cerebellar Vermal Lobules I-V (B Hemisphere) Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_72 Cerebellar Vermal Lobules VI-VII (B Hemisphere) Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_73 Cerebellar Vermal Lobules VIII-X (B Hemisphere) Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_75 Left Basal Forebrain Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_76 Right Basal Forebrain Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_81 Frontal lobe WM right Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_82 Frontal lobe WM left Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_83 Occipital lobe WM right Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_84 Occipital lobe WM left Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_85 Parietal lobe WM right Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_86 Parietal lobe WM left Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_87 Temporal lobe WM right Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_88 Temporal lobe WM left Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_89 Fornix right Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_90 Fornix left Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_91 Anterior limb of internal capsule right Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_92 Anterior limb of internal capsule left Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_93 Posterior limb of internal capsule inc. cerebral peduncle right Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_94 Posterior limb of internal capsule inc. cerebral peduncle left Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_95 Corpus callosum (B Hemisphere) Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_100 Right ACgG - anterior cingulate gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_101 Left ACgG - anterior cingulate gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_102 Right AIns - anterior insula Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_103 Left AIns - anterior insula Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_104 Right AOrG - anterior orbital gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_105 Left AOrG - anterior orbital gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_106 Right AnG - angular gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_107 Left AnG - angular gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_108 Right Calc - calcarine cortex Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_109 Left Calc - calcarine cortex Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_112 Right CO - central operculum Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_113 Left CO - central operculum Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_114 Right Cun - cuneus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_115 Left Cun - cuneus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_116 Right Ent - entorhinal area Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_117 Left Ent - entorhinal area Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_118 Right FO - frontal operculum Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_119 Left FO - frontal operculum Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_120 Right FRP - frontal pole Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_121 Left FRP - frontal pole Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_122 Right FuG - fusiform gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_123 Left FuG - fusiform gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_124 Right GRe - gyrus rectus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_125 Left GRe - gyrus rectus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_128 Right IOG - inferior occipital gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_129 Left IOG - inferior occipital gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_132 Right ITG - inferior temporal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_133 Left ITG - inferior temporal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_134 Right LiG - lingual gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_135 Left LiG - lingual gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_136 Right LOrG - lateral orbital gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_137 Left LOrG - lateral orbital gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_138 Right MCgG - middle cingulate gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_139 Left MCgG - middle cingulate gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_140 Right MFC - medial frontal cortex Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_141 Left MFC - medial frontal cortex Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_142 Right MFG - middle frontal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_143 Left MFG - middle frontal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_144 Right MOG - middle occipital gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_145 Left MOG - middle occipital gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_146 Right MOrG - medial orbital gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_147 Left MOrG - medial orbital gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_148 Right MPoG - postcentral gyrus medial segment Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_149 Left MPoG - postcentral gyrus medial segment Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_150 Right MPrG - precentral gyrus medial segment Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_151 Left MPrG - precentral gyrus medial segment Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_152 Right MSFG - superior frontal gyrus medial segment Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_153 Left MSFG - superior frontal gyrus medial segment Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_154 Right MTG - middle temporal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_155 Left MTG - middle temporal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_156 Right OCP - occipital pole Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_157 Left OCP - occipital pole Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_160 Right OFuG - occipital fusiform gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_161 Left OFuG - occipital fusiform gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_162 Right OpIFG opercular part of the inferior frontal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_163 Left OpIFG opercular part of the inferior frontal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_164 Right OrIFG orbital part of the inferior frontal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_165 Left OrIFG orbital part of the inferior frontal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_166 Right PCgG - posterior cingulate gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_167 Left PCgG - posterior cingulate gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_168 Right PCu - precuneus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_169 Left PCu - precuneus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_170 Right PHG - parahippocampal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_171 Left PHG - parahippocampal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_172 Right PIns - posterior insula Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_173 Left PIns - posterior insula Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_174 Right PO - parietal operculum Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_175 Left PO - parietal operculum Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_176 Right PoG - postcentral gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_177 Left PoG - postcentral gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_178 Right POrG - posterior orbital gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_179 Left POrG - posterior orbital gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_180 Right PP - planum polare Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_181 Left PP - planum polare Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_182 Right PrG - precentral gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_183 Left PrG - precentral gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_184 Right PT - planum temporale Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_185 Left PT - planum temporale Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_186 Right SCA - subcallosal area Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_187 Left SCA - subcallosal area Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_190 Right SFG - superior frontal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_191 Left SFG - superior frontal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_192 Right SMC - supplementary motor cortex Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_193 Left SMC - supplementary motor cortex Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_194 Right SMG - supramarginal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_195 Left SMG - supramarginal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_196 Right SOG - superior occipital gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_197 Left SOG - superior occipital gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_198 Right SPL - superior parietal lobule Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_199 Left SPL - superior parietal lobule Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_200 Right STG - superior temporal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_201 Left STG - superior temporal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_202 Right TMP - temporal pole Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_203 Left TMP - temporal pole Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_204 Right TrIFG triangular part of the inferior frontal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_205 Left TrIFG triangular part of the inferior frontal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_206 Right TTG - transverse temporal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_207 Left TTG - transverse temporal gyrus Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_301 Frontal Inferior Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_302 Frontal Insular Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_303 Frontal Lateral Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_304 Frontal Medial Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_305 Frontal Opercular Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_306 Limbic Cingulate Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_307 Limbic Medialtemporal Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_308 Occipital Inferior Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_309 Occipital Lateral Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_310 Occipital Medial Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_311 Parietal Lateral Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_312 Parietal Medial Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_313 Temporal Inferior Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_314 Temporal Lateral Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_315 Temporal Supratemporal Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_316 Left Frontal Inferior Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_317 Left Frontal Insular Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_318 Left Frontal Lateral Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_319 Left Frontal Medial Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_320 Left Frontal Opercular Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_321 Left Limbic Cingulate Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_322 Left Limbic Medialtemporal Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_323 Left Occipital Inferior Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_324 Left Occipital Lateral Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_325 Left Occipital Medial Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_326 Left Parietal Lateral Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_327 Left Parietal Medial Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_328 Left Temporal Inferior Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_329 Left Temporal Lateral Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_330 Left Temporal Supratemporal Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_331 Right Frontal Inferior Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_332 Right Frontal Insular Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_333 Right Frontal Lateral Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_334 Right Frontal Medial Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_335 Right Frontal Opercular Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_336 Right Limbic Cingulate Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_337 Right Limbic Medialtemporal Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_338 Right Occipital Inferior Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_339 Right Occipital Lateral Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_340 Right Occipital Medial Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_341 Right Parietal Lateral Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_342 Right Parietal Medial Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_343 Right Temporal Inferior Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_344 Right Temporal Lateral Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_345 Right Temporal Supratemporal Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_401 Basal Ganglia Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_402 Deep Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_403 Deep White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_404 Frontal Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_405 Frontal White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_406 Limbic Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_407 Occipital Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_408 Occipital White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_409 Parietal Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_410 Parietal White Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_411 Temporal Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_412 Temporal White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_413 Left Basal Ganglia Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_414 Left Deep Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_415 Left Deep White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_416 Left Frontal Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_417 Left Frontal White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_418 Left Limbic Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_419 Left Occipital Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_420 Left Occipital White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_421 Left Parietal Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_422 Left Parietal White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_423 Left Temporal Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_424 Left Temporal White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_425 Right Basal Ganglia Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_426 Right Deep Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_427 Right Deep White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_428 Right Frontal Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_429 Right Frontal White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_430 Right Limbic Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_431 Right Occipital Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_432 Right Occipital White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_433 Right Parietal Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_434 Right Parietal White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_435 Right Temporal Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_436 Right Temporal White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_501 Corpus Callosum Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_502 Cerebellum Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_503 Deep White Matter Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_504 Fronal Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_505 Limbic Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_506 Occipital Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_507 Parietal Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_508 Temporal Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_509 Ventricle Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_510 Left Cerebellum Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_511 Left Deep White Matter Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_512 Left Frontal Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_513 Left Limbic Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_514 Left Occipital Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_515 Left Parietal Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_516 Left Temporal Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_517 Left Ventricle Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_518 Right Cerebellum Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_519 Right Deep White Matter Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_520 Right Frontal Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_521 Right Limbic Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_522 Right Occipital Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_523 Right Parietal Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_524 Right Temporal Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_525 Right Ventricle Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_601 Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_604 White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_606 Left Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_607 Left White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_613 Right Gray Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_614 Right White Matter Volume cubic millimeter Number
MRI T1 - MUSE H_MUSE_Volume_701 Total Brain Volume cubic millimeter Number
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI 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) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI PHC_density Density is the number of present connections to the total number of connections possible (PHC Harmonized) Number PHC Harmonized with Cross-Sectional ComBat
MRI DTI PHC_rich_club Rich club networks have subgroups of central nodes that tend to interact with one another (PHC Harmonized) Number PHC Harmonized with Cross-Sectional ComBat
Demographics Clinical
Memory Executive Function Language Visuospatial
General AB42 Levels Tau Levels pTau Levels
BMI Hypertension Diabetes Heart Disease Stroke Blood Pressure Smoking Cardiovascular Risk Score Principal Component
General Neuropath Amyloid Deposition Neurofibirillary Degeneration General ADNC Lewy Bodies Vascular Brain Injury Hippocampal Sclerosis TDP43 Cerebrovascular Disease
Amyloid Tau
FLAIR T1 - FreeSurfer T1 - MUSE DTI

Variable Details


rh_inferiortemporal_thickness_combat -- Right inferior temporal gyri thickness harmonized with combat


Description: Harmonized metric


05,00010,00015,00020,00011.522.533.54WRAPWHICAPROSNACCMARSMAPKnightADRCHABS-HDADNIA4
T1 - FreeSurfer