Dear Doug,
I have Bold fMRI data (6 minutes of acquisition which is equal to 180 volume
for every run). The total number for images is 140 (50 controls and 90
patients). I plan to use FSFAST (FS V6.0) to study:
1. The difference between the groups in global functional connectivity
2. Seed-based f
Dear Anastasia,
Dear Bruce,
As a newbie in using freesurfer, I would like to ask for help to output
white matter tract labels of each subject without DTI data. This topic was
briefly discussed last April by Holleran, Laurena (
https://www.mail-archive.com/freesurfer@nmr.mgh.harvard.edu/msg46459.ht
Freeview stills runs but none of the toolbar icon graphics are visible (see
attached screenshot).
From: freesurfer-boun...@nmr.mgh.harvard.edu
[mailto:freesurfer-boun...@nmr.mgh.harvard.edu] On Behalf Of Ruopeng Wang
Sent: Thursday, May 04, 2017 5:51 PM
To: Freesurfer support list
Subject: Re: [
Hi Ladan, please include previous correspondence so that we know what
this is referring to
doug
On 5/5/17 1:58 AM, Ladan Shahshahani wrote:
It didn't crash. I got the following line in the terminal window:
Invalid argument
WARNING: 319 NaNs found in subjid.map.mgh
When the NaNs were commo
On 5/5/17 5:06 AM, John Anderson wrote:
Dear Doug,
I have Bold fMRI data (6 minutes of acquisition which is equal to 180
volume for every run). The total number for images is 140 (50 controls
and 90 patients). I plan to use FSFAST (FS V6.0) to study:
1. The difference between the groups in g
Hi Bruce
I found some filled-in occipital horn and some in the anterior parts. I can
upload nu.mgz and aseg.mgz for a subject with problems with lateral ventricle.
Cheers
Knut Jørgen
On 4 May 2017, at 16:54, Bruce Fischl
mailto:fis...@nmr.mgh.harvard.edu>> wrote:
Hi Knut
where is it being
Include the orig.mgz and voxel cords and I'll see if I have already fixed it
> On May 5, 2017, at 10:11 AM, Knut J Bjuland wrote:
>
> Hi Bruce
>
> I found some filled-in occipital horn and some in the anterior parts. I can
> upload nu.mgz and aseg.mgz for a subject with problems with lateral
Hi FS experts:
I am studying the vertex-level group analysis on surface area between
groups. I know that the cortical thickness of a vertex is computed as the
distance between white matter surface and pial surface. But I have no idea how
to calculate the surface area of a vertex. In my under
