I'd like to identify the voxel locations of each vertex within each
aparc label. I found the command "mri_annotation2label" and thought it
might do the trick. However, I noticed that the examples
http://surfer.nmr.mgh.harvard.edu/fswiki/mri_5fannotation2label?action=h
ighlight&value=mri_annotation2
Nevermind, it works fine now with after i added "--sign < >" flag to the
mri_volcluster ..command.
thanks
pratap
Original Message
Subject: [Freesurfer] mri_volcluster --ERROR: you must specify a pos or
neg sign with --fwhm
From:[EMAIL
Greetings,
Is the subcollosal gyrus included in the ACC label from the cortical
parcellation of Fischl, 2004? We are using the ACC label to
constrain Monte Carlo simulations to the ACC. A max vertex for an
ACC cluster has the annotation G_subcollosal, but is listed in the
ROI-constrained
You can get brain.mgz by converting the COR files in
/space/ventzl/1/users/SUBJECTS_DIR/mano001/mri/brain to mgz using
mri_convert --in_type cor --out_type mgz
Robert Levy wrote:
Hi Doug,
I just got around to looking at this problem again and trying what you
had suggested (link brain.mgz to
1. As long as your groups are balanced you are probably ok, although
ideally you would scan the same subject on both scanners to assess the
differences.
2. Not easily, although we have some tools for doing this. They aren't
packaged and distributed though.
3. Yes, this probably makes a diffe
I have some methodological doubts and I think somebody can give a hint.
1) I have read the paper from Neuroimage 2006 comparing Scanner, Field
Strength, etc in thickness measurements. Is it possible to assume that we
can mix in our study group images that come from different MRI Scanners?
Hi Doug,
I just got around to looking at this problem again and trying what you
had suggested (link brain.mgz to brainmask.mgz), and the problem is,
there is no brain.mgz either. I would expect to see it in
$SUBJECTS_DIR/$subject/mri/brain.mgz, but instead what I see, both in
individual subj
p.s. and how did you create the .mnc in the first place? The safest thing
by far is to go right from the dicoms. Does the .mnc show up properly in
tkmedit and/or scuba?
On Fri, 28 Sep 2007, Doug Greve wrote:
How do they look in tkmedit? How do you know the problem is not in neurolens?
What do
It does not require neurological/radiological. It only requres that the
geometry in the input file be accurate. Is it? You can test it by
viewing it in tkmedit.
doug
Olivier Coulon wrote:
Doug Greve a écrit :
How do you know it is left-right swapped? What tool are you using to
visualize it
Doug Greve a écrit :
How do you know it is left-right swapped? What tool are you using to
visualize it? Do you have a fiducial?
Hello,
the surface reconstruction (visualised with scuba) gave a left
hemisphere that should be the right one (I am using icbm data that have
also been processed by o
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