Nettekoven Atlas

DiedrichsenLab · Oct 10, 2023 · 1a3341b · 1a3341b
1 parent 912926b
commit 1a3341b
Show file tree

Hide file tree

Showing 4 changed files with 18 additions and 10 deletions.
diff --git a/Nettekoven_2023/atlas_description.json b/Nettekoven_2023/atlas_description.json
@@ -14,12 +14,14 @@
   ],
   "Identifier": "Nettekoven2023",
   "License": "see LICENSE file",
-  "ShortDesc": "Functional cerebellar atlas from fusion across task-based datasets",
+  "ShortDesc": "Hierarchical functional cerebellar atlas from fusion across task-based datasets",
   "Maps": [
     "atl-NettekovenSym32",
     "atl-NettekovenAsym32",
     "atl-NettekovenSym68",
-    "atl-NettekovenAsym68"
+    "atl-NettekovenAsym68",
+    "atl-NettekovenSym128",
+    "atl-NettekovenAsym128"
   ],
   "Type": [
     "dseg",
@@ -41,5 +43,5 @@
     "Nettekoven, C. et al. A hierarchical atlas of the human cerebellum for functional precision mapping. BioRviv (2023). DOI:10.1101/2023.09.14.557689v1"
   ],
   "res": {},
-  "LongDesc": "Functional parcellation into 4 domains, 32 regions or 68 subregions (symmetric or asymmetric). The three levels make up a nested hierarchical organization. An additional version with 128 regions that subdivides the 32 regions spatially is available. The maps are based on the probabilistic integration of 7 task-based datasets. The color scheme reflects the functional similarity of different regions. The paper is not final."
+  "LongDesc": "Functional parcellation into 4 domains, 32 regions or 68 subregions (symmetric or asymmetric). The three levels make up a nested hierarchical organization. An additional version with 128 regions that subdivides the 32 regions spatially into 4 regions (s: superior, i: inferior, t: tertiary, v: vermal) is available. The maps are based on the probabilistic integration of 7 task-based datasets. The color scheme reflects the functional similarity of different regions."
 }
diff --git a/README.md b/README.md
@@ -4,7 +4,8 @@ The cerebellar atlases are a collection of anatomical and functional atlases of
 For every maps, we provide some the following files:
 * ..._space-MNI.nii: volume file aligned to FNIRT MNI space
 * ..._space-SUIT.nii: volume file aligned to SUIT space
-* ....tsv: Color and label lookup table for parcellations
+* ...tsv: Color and label lookup table for parcellations
+* ...lut: Color and label lookup table for FSLeyes
 * ....gii: Data projected to surface-based representation of the cerebellum (Diedrichsen & Zotow, 2015).
 
 The atlases are organized by the first author / year of the main paper
@@ -103,12 +104,14 @@ References and Links:
 * King, M., Hernandez-Castillo, C.R., Poldrack, R.R., Ivry, R., and Diedrichsen, J. (2019). Functional Boundaries in the Human Cerebellum revealed by a Multi-Domain Task Battery. Nat. Neurosci.
 
 
-### Functional cerebellar atlas from fusion across task-based datasets
-Functional parcellation into 4 domains, 32 regions or 68 subregions (symmetric or asymmetric). The three levels make up a nested hierarchical organization. An additional version with 128 regions that subdivides the 32 regions spatially is available. The maps are based on the probabilistic integration of 7 task-based datasets. The color scheme reflects the functional similarity of different regions. The paper is not final.
+### Hierarchical functional cerebellar atlas from fusion across task-based datasets
+Functional parcellation into 4 domains, 32 regions or 68 subregions (symmetric or asymmetric). The three levels make up a nested hierarchical organization. An additional version with 128 regions that subdivides the 32 regions spatially into 4 regions (s: superior, i: inferior, t: tertiary, v: vermal) is available. The maps are based on the probabilistic integration of 7 task-based datasets. The color scheme reflects the functional similarity of different regions.
 * atl-NettekovenSym32:    Symmetric 32-region parcellation
 * atl-NettekovenAsym32:    Asymmetric 32-region parcellation
 * atl-NettekovenSym68:    Symmetric 68-region parcellation (functional subregions)
 * atl-NettekovenAsym68:    Asymmetric 68-region parcellation (functional subregions)
+* atl-NettekovenSym128:    Symmetric 128-region parcellation (spatial subregions)
+* atl-NettekovenAsym128:    Asymmetric 128-region parcellation (spatial subregions)
 
 References and Links:
 * Nettekoven, C. et al. A hierarchical atlas of the human cerebellum for functional precision mapping. BioRviv (2023). DOI:10.1101/2023.09.14.557689v1

diff --git a/code/README_intro.md b/code/README_intro.md
@@ -4,7 +4,8 @@ The cerebellar atlases are a collection of anatomical and functional atlases of
 For every maps, we provide some the following files:
 * ..._space-MNI.nii: volume file aligned to FNIRT MNI space
 * ..._space-SUIT.nii: volume file aligned to SUIT space
-* ....tsv: Color and label lookup table for parcellations
+* ...tsv: Color and label lookup table for parcellations
+* ...lut: Color and label lookup table for FSLeyes
 * ....gii: Data projected to surface-based representation of the cerebellum (Diedrichsen & Zotow, 2015).
 
 The atlases are organized by the first author / year of the main paper

diff --git a/package_description.json b/package_description.json
@@ -238,13 +238,15 @@
           ]
      },
      "Nettekoven_2023": {
-          "ShortDesc": "Functional cerebellar atlas from fusion across task-based datasets",
-          "LongDesc": "Functional parcellation into 4 domains, 32 regions or 68 subregions (symmetric or asymmetric). The three levels make up a nested hierarchical organization. An additional version with 128 regions that subdivides the 32 regions spatially is available. The maps are based on the probabilistic integration of 7 task-based datasets. The color scheme reflects the functional similarity of different regions. The paper is not final.",
+          "ShortDesc": "Hierarchical functional cerebellar atlas from fusion across task-based datasets",
+          "LongDesc": "Functional parcellation into 4 domains, 32 regions or 68 subregions (symmetric or asymmetric). The three levels make up a nested hierarchical organization. An additional version with 128 regions that subdivides the 32 regions spatially into 4 regions (s: superior, i: inferior, t: tertiary, v: vermal) is available. The maps are based on the probabilistic integration of 7 task-based datasets. The color scheme reflects the functional similarity of different regions.",
           "Maps": [
                "atl-NettekovenSym32",
                "atl-NettekovenAsym32",
                "atl-NettekovenSym68",
-               "atl-NettekovenAsym68"
+               "atl-NettekovenAsym68",
+               "atl-NettekovenSym128",
+               "atl-NettekovenAsym128"
           ],
           "Type": [
                "dseg",