Freesurfer Abridged: Difference between revisions

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** Load data brainmask.nii
** Load data brainmask.nii
** Save data as brainmask.mgz
** Save data as brainmask.mgz
** Creates brainmask.mgz file
* Autorecon 1
* Autorecon 1
** In terminal, <code>autorecon1_SC.sh FS_0184</code>
** In terminal, <code>autorecon1_SC.sh FS_0184</code>
** Don't bother editing after this step; skip to autorecon 2
** Don't bother editing after this step; skip to autorecon 2
** Result: populates mri folder (includes "T1.mgz")
* Autorecon 2
* Autorecon 2
** In terminal, <code>autorecon2_SC.sh FS_0184</code>
** In terminal, <code>autorecon2_SC.sh FS_0184</code>
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*** In another terminal, <code>tkmedit FS_0184 brainmask.mgz -aux T1.mgz -surfs</code>
*** In another terminal, <code>tkmedit FS_0184 brainmask.mgz -aux T1.mgz -surfs</code>
*** 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.
*** 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.
** Results: creates lh.cortex.label and rh.cortex.label in label folder
* Autorecon 3
* Autorecon 3
** In terminal, <code>autorecon3_SC.sh FS_0184</code>
** In terminal, <code>autorecon3_SC.sh FS_0184</code>
** Editing
** Editing
***
*** In terminal, <code>tksurfer -annot aparc FS_0184 lh pial</code>
*** If needed, reference <code>tksurfer -annot aparc fsaverage lh pial</code>
*** Repeat with right hemi
*** Make sure to EXPORT ANNOTATION! Do not "save overlay!"
*** Again, be sure to see the autorecon3 page
**Result: populates label folder (includes "lh.aparc.annot" and "rh.aparc.annot")


== Functional ==
== Functional ==

Revision as of 12:59, 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

Structural

  • Slicer
    • In terminal, Slicer &
    • Load data brainmask.nii
    • Save data as brainmask.mgz
    • Creates brainmask.mgz file
  • 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")
  • 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.
    • Results: creates lh.cortex.label and rh.cortex.label in label folder
  • 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
    • Result: populates label folder (includes "lh.aparc.annot" and "rh.aparc.annot")

Functional

  1. Matlab
  2. Analysis
  3. Contrasts
  4. Pre-processing
  5. Selxavg
  6. Sub-parcellation
  7. Clut
  8. Blobs

Timeseries Analysis