Scene: Networks and T1w/T2w



study:
Hierarchical heterogeneity across human cortex shapes large-scale neural dynamics

SCENE FILE:
Demirtas_et_al_2019_heterogeneity

SCENE:
Networks and T1w/T2w

DESCRIPTION:
Created 16 Jan 2019 10:55:13
Window 1:
   Browser Tab 1:
      Cerebral Montage:
         Left Surface:
            Surface: Conte69_veryinflated_32k_L.surf.gii
               Structure: CortexLeft
               Primary Type: VeryInflated
               Secondary Type: Invalid
         Right Surface:
            Surface: Conte69_veryinflated_32k_R.surf.gii
               Structure: CortexRight
               Primary Type: VeryInflated
               Secondary Type: Invalid
         Selected Views:  Lateral Medial
      Overlay Set
         Overlay 1:
            File: Glasser_NetworkPartition_v9.dlabel.nii
            Map Index: 1
            Map Name: #1
            Structure: All
   Browser Tab 2:
      Cerebral Montage:
         Left Surface:
            Surface: Conte69_veryinflated_32k_L.surf.gii
               Structure: CortexLeft
               Primary Type: VeryInflated
               Secondary Type: Invalid
         Right Surface:
            Surface: Conte69_veryinflated_32k_R.surf.gii
               Structure: CortexRight
               Primary Type: VeryInflated
               Secondary Type: Invalid
         Selected Views:  Lateral Medial
      Overlay Set
         Overlay 1:
            File: median_T1wT2w.pscalar.nii
            Map Index: 1
            Map Name: MEAN
            Structure: All

TAGS:
Atlas:Conte69, Modality:T1-weighted, Modality:T2-weighted, Modality:Myelin Map, Surface Mesh:32k fs LR, Registration:MSMAll, Parcellation:HCP_MMP1.0, Species:Human, Connectivity:Tractography, Connectivity:Resting state Functional