uaspmvbm.Rd
UA (Gene Alexander) MRI SPM voxel based morphometry (VBM) analysis
data(uaspmvbm)
A data frame with 4091 rows and 126 variables
A dataset with variables as follows:
RID N Participant roster ID
SITEID N Site ID
VISCODE T Visit code
USERDATE S Date record created
RECNO N
EXAMDATE D Examination Date
IMAGEUID N imageUID
FLDSTRENG N Field Strength
PRECENTL N Mean Gray Matter Precentral_L. 1) Mean gray matter values extracted from 1.5T ADNI MPRAGE MRI segmented gray matter maps using longitudinal voxel based morphometry (VBM) processing steps (Chetelat et al., Neuroimage, 2005, 27:934-946) adapted for SPM5 with customized tissue-specific priors derived from a representative sample of 300 ADNI subjects (ADNI300). The regions of interest (ROI) were defined by Anatomical Automatic Labeling (AAL, Tzourio-Mazoyer et al., Neuroimage, 2002, 15:273-89, http://www.cyceron.fr/freeware/) after warping the standard AAL ROI template into the customized sample-specific ADNI300 template space. The ADNI300-customized AAL ROI template was applied to spatially normalized and segmented SPM5 gray matter maps for the longitudinal VBM generated baseline and 6 month (indicated by RECNO=2) or 12 month (indicated by RECNO=3) follow up scans without Gaussian smoothing to reduce averaging across regional borders. 2) The ADNI300 template was created from AD, MCI, and Normal subjects proportional to the distribution of these subject groups enrolled in the whole ADNI study and the groups were matched in age and gender. 3) Regional values will be subject to change due to study alterations in image pre- or post-processing, inclusion of additional analysis time points, and/or modifications or updates in image analysis procedures. 4) SPM analyses were performed by ADNI Analysis Team Members: Gene E. Alexander, Ph.D., Kewei Chen, Ph.D., and Eric M. Reiman, M.D.
PRECENTR N Precentral_R
FRONTSUPL N Frontal_Sup_L
FRONTSUPR N Frontal_Sup_R
FRONTSORBL N Frontal_Sup_Orb_L
FRONTSORBR N Frontal_Sup_Orb_R
FRONTMIDL N Frontal_Mid_L
FRONTMIDR N Frontal_Mid_R
FRTMIDORBL N Frontal_Mid_Orb_L
FRTMIDORBR N Frontal_Mid_Orb_R
FRONTINOPL N Frontal_Inf_Oper_L
FRONTINOPR N Frontal_Inf_Oper_R
FRONTINTRL N Frontal_Inf_Tri_L
FRONTINTRR N Frontal_Inf_Tri_R
FRONTINOBL N Frontal_Inf_Orb_L
FRONTINOBR N Frontal_Inf_Orb_R
ROLANDOPL N Rolandic_Oper_L
ROLANDOPR N Rolandic_Oper_R
SUPMOTORL N Supp_Motor_Area_L
SUPMOTORR N Supp_Motor_Area_R
OLFACTL N Olfactory_L
OLFACTR N Olfactory_R
FRONTSMEDL N Frontal_Sup_Medial_L
FRONTSMEDR N Frontal_Sup_Medial_R
FRTMEDORBL N Frontal_Med_Orb_L
FRTMEDORBR N Frontal_Med_Orb_R
RECTUSL N Rectus_L
RECTUSR N Rectus_R
INSULAL N Insula_L
INSULAR N Insula_R
CINGANTL N Cingulum_Ant_L
CINGANTR N Cingulum_Ant_R
CINGMIDL N Cingulum_Mid_L
CINGMIDR N Cingulum_Mid_R
CINGPOSTL N Cingulum_Post_L
CINGPOSTR N Cingulum_Post_R
HIPPL N Hippocampus_L
HIPPR N Hippocampus_R
PARAHIPPL N ParaHippocampal_L
PARAHIPPR N
AMYGDL N
AMYGDR N Amygdala_R
CALCARINEL N Calcarine_L
CALCARINER N Calcarine_R
CUNEUSL N
CUNEUSR N
LINGUALL N
LINGUALR N
OCCSUPL N
OCCSUPR N
OCCMIDL N
OCCMIDR N
OCCINFL N
OCCINFR N
FUSIFORML N
FUSIFORMR N
POSTCENTL N
POSTCENTR N
PARIETSUPL N
PARIETSUPR N
PARIETINFL N
PARIETINFR N
SUPRAMARGL N
SUPRAMARGR N
ANGULARL N
ANGULARR N
PRECUNEUSL N
PRECUNEUSR N
PARCENTLBL N
PARCENTLBR N
CAUDATEL N
CAUDATER N
PUTAMENL N
PUTAMENR N
PALLIDUML N
PALLIDUMR N
THALAMUSL N
THALAMUSR N
HESCHLL N
HESCHLR N
TEMPSUPL N
TEMPSUPR N
TEMPPLSUPL N
TEMPPLSUPR N
TEMPMIDL N
TEMPMIDR N
TEMPPLMIDL N
TEMPPLMIDR N
TEMPINFL N
TEMPINFR N
CEREBCR1L N
CEREBCR1R N
CEREBCR2L N
CEREBCR2R N
CEREB3L N
CEREB3R N
CEREB45L N
CEREB45R N
CEREB6L N
CEREB6R N
CEREB7BL N
CEREB7BR N
CEREB8L N
CEREB8R N
CEREB9L N
CEREB9R N
CEREB10L N
CEREB10R N
VERMIS12 N
VERMIS3 N
VERMIS45 N
VERMIS6 N
VERMIS7 N
VERMIS8 N
VERMIS9 N
VERMIS10 N
ETIV N