Hi all,
I found answers to ponts 1 and 2 in the webpage.
Sorry for my question
Angela
> Hi all,
>
> I would need some information about the local gyrification index.
> I run the analyses and found which are the average indices for subject and
> hemisphere.
>
> 1. Is there a method to perform
Hi Chris, I think you must want mri_aparc2annot
doug
On 11/28/2012 03:42 PM, Chris McNorgan wrote:
> Hello all,
>
> I've posted this question on the cmtk-users google group as well. In
> that forum there was an author who had been working on applying the
> Lausanne 2008 parcellation scheme to a
Hello all,
I've posted this question on the cmtk-users google group as well. In
that forum there was an author who had been working on applying the
Lausanne 2008 parcellation scheme to a functional data analysis. After
running the connectomemapper toolkit to subdivide the Freesurfer
parcellat
Hi Fernando - I looked at your data and changing the sign of the z
coordinate in your gradient table gave me eigenvectors that looked fine in
both fslview and freeview. Why you would get eigenvectors that look
different in freeview and fslview before flipping z but not after is still
a myster
Hugh,
That fix is described in the Known Issues section of 5.1 on the Release
Notes page:
https://surfer.nmr.mgh.harvard.edu/fswiki/ReleaseNotes
look for the section where you need to edit your recon-all script to
comment-out the line where the control point is used by ca_norm.
Nick
On Tue, 2
Hi,
I think (hope) i am finally getting to grips with how to analyse things but
wanted to check one last thing.
Say I have 1 factor with 3 levels (3 groups of subjects) and 2 covariates (age
and icv).
My design matrix would include:
Regressor 1 - ones for subject in Gp 1, 0 otherwise, codes
Just subcortical. BTW, going to 1mm will probably create very large files.
doug
On 11/28/2012 03:52 AM, Jörg Pfannmöller wrote:
> A last question to this topic. Does the resolution of the MNI305 brain
> affected the surface based analysis or is it exclusively affecting the
> subcortical analysis
Hi Danielle, there is not a way to do this directly. You can use the
--focb argument (first-order counterbalancing) to optimize the
likelihood that you get an equal number of cong following incong, etc.
Maybe use --focb 1000
doug
On 11/28/2012 09:49 AM, Danielle Miller wrote:
>
> Hi Freesurfe
Hi all,
I would need some information about the local gyrification index.
I run the analyses and found which are the average indices for subject and
hemisphere.
1. Is there a method to perform vertex-wise group statistics? that is may
I compare maps of gyrification across groups?
2. Is there a m
Hi Andre
no, sorry, that's how long it takes
Bruce
On Wed, 28 Nov 2012, Andrea Tateo wrote:
Hello FS experts,
I would like to extract from head's MRI a bunary image showing only
hippocampus.
I used command:
###
mri_convert FILE_NAME.nii path/directory/NAME_OUTPUT.mgz
recon-
Hi Arman - Have you ruled out any issues with the gradient directions? In
situations where the problem is wide-spread, this seems to be the usual
suspect. If you've checked the eigenvectors and they're ok, can you send
an example case where the problem persists? You can use this page to
uploa
Hello FS experts,
I would like to extract from head's MRI a bunary image showing only
hippocampus.
I used command:
###
mri_convert FILE_NAME.nii path/directory/NAME_OUTPUT.mgz
recon-all -s SUBJECT_name -autorecon-all
mri_extract_label aseg.mgz 17 53 hippocampi.mgz
#
Hi Freesurfer,
I have a paradigm in which the conditions are dependent on each other. That
is, trials (e.g., congruent or incongruent) are linked to each other in
that I want an equal number of trials to follow each other (e.g.,
congruent- congruent, congruent- incongruent, incongruent-congruent,
Hi Cathy,
yes, specify -clean on the recon-all comomand line and it should remove
previous edits
cheers
Bruce
On Wed, 28 Nov 2012, Catherine Bois wrote:
> Hi, sorry I have an additional question; when reconstructed 9with edits), if
> the scan seemingly is worse off than before the
> edits were
Dear freesurfer users,
I have used freesurfer to segment hippocampal subfields. Then I used freeview
to convert the derived .mgz files in .nii files for further analysis. I
estimated the hippocampal subfields volumes with the command:
kvlQuantifyPosteriorProbabilityImages $ FREESURFER_HOME/ dat
Hi, sorry I have an additional question; when reconstructed 9with edits),
if the scan seemingly is worse off than before the edits were made; is
there a "recon clean" command; that one can use that takes away all the
edits and "starts from scratch?
Thank you,
Cathy
_
A last question to this topic. Does the resolution of the MNI305 brain affected
the surface based analysis or is it exclusively affecting the subcortical
analysis?
On Tue, 27 Nov 2012 13:30:04 -0500
Douglas N Greve wrote:
> Note that each of those set commands should be a single line. The file
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