Freesurfer Abridged: Difference between revisions
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== Setting Up == | == Setting Up == | ||
*Note: I am using FS_0184 (semcat) as an example; fill in the parts specific to FS_0184 with the parts specific to your subject | *Note: I am using FS_0184 (semcat) as an example; fill in the parts specific to FS_0184 with the parts specific to your subject | ||
This is an <i>abridged</i> version of the more detailed list provided elsewhere in the wii | |||
== Structural == | == Structural == | ||
Revision as of 13:03, 17 November 2017
Setting Up
- Note: I am using FS_0184 (semcat) as an example; fill in the parts specific to FS_0184 with the parts specific to your subject
This is an abridged version of the more detailed list provided elsewhere in the wii
Structural
- Slicer
- In terminal,
Slicer &
- Load data brainmask.nii
- Save data as brainmask.mgz
- Results: creates brainmask.mgz file
- In terminal,
- Autorecon 1
- In terminal,
autorecon1_SC.sh FS_0184
- Don't bother editing after this step; skip to autorecon 2
- Result: populates mri folder (includes "T1.mgz")
- In terminal,
- Autorecon 2
- In terminal,
autorecon2_SC.sh FS_0184
- Editing
- One terminal,
tksurfer FS_0184 lh inflated
- In another terminal,
tkmedit FS_0184 brainmask.mgz -aux T1.mgz -surfs
- Look for any noticable spikes in the tksurfer brain and edit the brainmask (tkmedit). See wiki page for details; this is the most labor intensive part of anatomical so make sure you're doing it right.
- One terminal,
- Results: creates lh.cortex.label and rh.cortex.label in label folder
- In terminal,
- Autorecon 3
- In terminal,
autorecon3_SC.sh FS_0184
- Editing
- In terminal,
tksurfer -annot aparc FS_0184 lh pial
- If needed, reference
tksurfer -annot aparc fsaverage lh pial
- Repeat with right hemi
- Make sure to EXPORT ANNOTATION! Do not "save overlay!"
- Again, be sure to see the autorecon3 page
- In terminal,
- Result: populates label folder (includes "lh.aparc.annot" and "rh.aparc.annot")
- In terminal,
Functional
- Matlab
- Analysis
- Contrasts
- Pre-processing
- Selxavg
- Sub-parcellation
- Clut
- Blobs