View source: R/harvardOxfordAtlasLabeling.R
harvardOxfordAtlasLabeling | R Documentation |
Perform HOA labeling using deep learning and data from Morphology" number: "NIH NIMH 5R01MH112748-04". Repository: https://github.com/HOA-2/SubcorticalParcellations'
harvardOxfordAtlasLabeling(t1, doPreprocessing = TRUE, verbose = FALSE)
t1 |
raw or preprocessed 3-D T1-weighted brain image. |
doPreprocessing |
perform preprocessing. See description above. |
verbose |
print progress. |
The labeling is as follows:
Label 1:Lateral Ventricle Left
Label 2:Lateral Ventricle Right
Label 3:CSF
Label 4:Third Ventricle
Label 5:Fourth Ventricle
Label 6:5th Ventricle
Label 7:Nucleus Accumbens Left
Label 8:Nucleus Accumbens Right
Label 9:Caudate Left
Label 10:Caudate Right
Label 11:Putamen Left
Label 12:Putamen Right
Label 13:Globus Pallidus Left
Label 14:Globus Pallidus Right
Label 15:Brainstem
Label 16:Thalamus Left
Label 17:Thalamus Right
Label 18:Inferior Horn of the Lateral Ventricle Left
Label 19:Inferior Horn of the Lateral Ventricle Right
Label 20:Hippocampal Formation Left
Label 21:Hippocampal Formation Right
Label 22:Amygdala Left
Label 23:Amygdala Right
Label 24:Optic Chiasm
Label 25:VDC Anterior Left
Label 26:VDC Anterior Right
Label 27:VDC Posterior Left
Label 28:VDC Posterior Right
Label 29:Cerebellar Cortex Left
Label 30:Cerebellar Cortex Right
Label 31:Cerebellar White Matter Left
Label 32:Cerebellar White Matter Right
Preprocessing on the training data consisted of:
n4 bias correction,
brain extraction, and
affine registration to HCP.
The input T1 should undergo the same steps. If the input T1 is the raw
T1, these steps can be performed by the internal preprocessing, i.e. set
doPreprocessing = TRUE
list consisting of the segmentation image and probability images for each label.
Tustison NJ
## Not run:
library( ANTsRNet )
library( keras )
image <- antsImageRead( "t1.nii.gz" )
results <- harvardOxfordAtlasLabeling( image )
## End(Not run)
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