
This app will map volumated measure files (i.e. tensor, NODDI) to the cortical surface following Fukutomi et al (2018; 10.1016/j.neuroimage.2018.02.017) using Connectome Workbench.
postprocessing
54.5% Success Rate
This App uses the following input/output datatypes
The path to the DWI datatype
Diffusion-weighted magnetic resonance data (dMRI), saved in NIfTI-1 format.
The path to the top directory containing the output from Freesurfer
Folder structure generated by FreeSurfer recon-all process.
The path to the NODDI datatype files (optional)
NODDI: Neurite Orientation Dispersion and Density Imaging. 4D image with ICVF, OD, ISOVF; where ICVF is the intracellular volume fraction (also known as NDI), OD is the orientation dispersion (the variance of the Bingham; also known as ODI) and ISOVF is the isotropic component volume fraction (also known as IVF).
The path to the tensor datatype files
Diffusion Tensor Image Scalars
These files are needed to generate surfaces in template space (usually MNI). If you need to generate these files, please look at brainlife app FSL Anat. A version of this app not requiring this input is being generated
Linear & Non-Linear Image Warping in FSL format (warp.nii.gz / inverse-warp.nii.gz)
The path to the dwi brainmask. optional. will be computed internally if not provided
Volume Mask
Cortext Mapping
The cortexmap output, containing the surfaces and mapped data
Cortext Mapping
A directory containing all of the derivatives generated. Useful for QA and debugging
Unstructured data not meant to be used as input to any other Apps. You can use this datatype for development purposes. Please register a new datatype once your App is ready to be used by other users.
- aparc Desikan-Killiany
- aparc.a2009s Destrieux Atlas Default
- aparc.DKTatlas DKT Atlas
Parcellation from freesurfer wanted to for future stats
controls whether bad vertices are masked out based on temporal SNR of dwi. if true, will mask. default == true
List of users who currently maintains this App.
List of code contributors.(brainlife/app-cortex-tissue-mapping).