Opening positions (postdoc, research assistant, or professorship) for
collaborative projects from the Center for Human Brain Research, Hangzhou
Normal University (Professor WENG Xuchu, wen...@psych.ac.cn), Key Laboratory
of Cognitive Neuroscience and Learning, Beijing Normal University (Professor
Z
A full-time position as image analysis specialist is available at the
Section of Biomedical Image Analysis (SBIA), of the Department of
Radiology, University of Pennsylvania. The successful candidate must
have a Bachelor's or Master's degree in Electrical or Biomedical
Engineering, or Computer
Hello,
We are attempting to run an analysis using selxavg3-sess but keep getting an
error.
We are using:
freesurfer v5
Our subjects directory: /cluster/manoach/milton/subjects
Command that was run:
selxavg3-sess -analysis mandylh2 -fwhm -s PAMST06
Output that was given:
Creating Design Matr
It's having a problem with something in the header of the file. Try
using mri_convert directly and specify that this is a GE dicom (see
mri_convert -help).
doug
Joakim Vinberg wrote:
>
> Hi everybody,
>
> I have several older anatomical series that I would like to run
> through recon-all. Unfo
Hi everybody,
I have several older anatomical series that I would like to run through
recon-all. Unfortunately, the DCM files were pulled down with an older
filename convention that seems to trip mri_convert immediately, and I'm
having some trouble interpreting the error. Can anybody shed any
I don't have a formal manual yet (working on it). Below are a list of
steps that you need to run. The version 5 retinotopy stream is now
integrated with the rest of FSFAST, which is documented here:
http://nmr.mgh.harvard.edu/~greve/fsfast.intro.ppt
doug
1. Create retinotopy paradigm file in e
To Martin,
Thanks a bunch. I haven't tested out all the recommendations, but at least I
know what's going on. If I did want to convert to uchar, how would I go
about this? Is there a function included in the Freesurfer package, or would
I have to write my own function to do so? It's not a concern,
gyrus and sulcus
cheers
Bruce
On Fri, 11 Feb 2011, Joe Andreano wrote:
> Hi,
>
> I'm looking at the list of anatomical regions (found here:
> http://surfer.nmr.mgh.harvard.edu/fswiki/FsTutorial/AnatomicalROI/FreeSurferColorLUT)
> and I notice that there are two separate sets of coordinates in t
Hi,
I'm looking at the list of anatomical regions (found here:
http://surfer.nmr.mgh.harvard.edu/fswiki/FsTutorial/AnatomicalROI/FreeSurferColorLUT)
and I notice that there are two separate sets of coordinates in the same
hemisphere for rostral ACC: 1201, G_cingulate-rostral_ACC, and 1206,
S_cingu
Sorry, this should be:
M = inv(Ta)*inv(R)*Tf
doug
Douglas N Greve wrote:
> Hi Jim, I can't quite follow all of that. To go from a functional CRS
> to an anatomical CRS, you'd need
>
> M = Ta*inv(R)*Tf
> where Ta is the vox2raatkr for the anat
> Tf is that of the func
> and R is the register.da
Hi Yolanda, that looks correct, though you might want to use
mri_label2vol instead of mri_vol2vol. mri_label2vol will handle certain
cases better (like when multiple conformed voxels land in a single
rawavg voxel). But why do you need to go to rawavg space anyway? If
you're going to just count
Hi Brian, I can't quite figure out what it is you are trying to do. What
do you mean by "project"? Project onto what? And by volumes do you mean
the structure volumes (like the hippocampus) or surface volumes?
doug
Weisinger, Brian (NIH/NIMH) [F] wrote:
> Good Morning,
>
> I am attempting to pro
Hi Jim, I can't quite follow all of that. To go from a functional CRS to
an anatomical CRS, you'd need
M = Ta*inv(R)*Tf
where Ta is the vox2raatkr for the anat
Tf is that of the func
and R is the register.dat mtx
I would compare what you get to mri_vol2surf output. If they match, then
you're go
Hi Petra, you have mixed up a class with the level of a factor (an easy
thing to do). From your FSGD, it looks like you would need 8 classes,
each class would be a combination of a level from each factor. So one
class would be control-male-adni, etc. Once you have a proper FSGD file,
FreeSurfer
Thank you Bruce!
I would like to segment a set of caudates into head and body and then obtain
the real volume of these two parts. The procedure that I am applying is the
following:
1.- Applying the standard recon-all process
2.- Extracting the "conformed" voxel geometry caudate with the following
Good Morning,
I am attempting to project R squared values that were calculated using
Freesurfer volumes for the various automated segmented areas that are
calculated in Freesurfer. Is there a way I can can compare two groups in say
QDEC and visually see the results?
Thank you for your help.
I want to run a GLM DODS in Freesurfer to test whether patients differ from
controls with regard to cortical thickness, meanwhile I want to control for
several variables, both discrete as continues.
This is my manually made fsgd file
GroupDescriptorFile 1
Title fsgd pat con.txt
MeasurementN
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