Yes, CVS should work
On 06/09/2017 05:13 PM, Elijah Mak wrote:
> Thanks Doug. I will look those tools up!
>
> Regarding the spatial normalisation, would mri_cvs_register be suited
> for this purpose? Specifically, using the —mni option so that I still
> run the eventual comparisons in MNI space
Thanks Doug. I will look those tools up!
Regarding the spatial normalisation, would mri_cvs_register be suited for this
purpose? Specifically, using the —mni option so that I still run the eventual
comparisons in MNI space?
Best Wishes,
Elijah
On 9 June 2017 at 21:42:44, Douglas N Greve (gr.
Great! Thank you Bruce,
Heidi
On 6/9/17, 9:13 PM, "freesurfer-boun...@nmr.mgh.harvard.edu on behalf of
Bruce Fischl" wrote:
>that sounds reasonable to me.
>
>good luck
>Bruce
>On Fri, 9 Jun 2017, Jacobs H (NP) wrote:
>
>> Hi!
>>
>> For my manuscript, the journal wants me to answer some question
On 06/09/2017 04:32 PM, Elijah Mak wrote:
> Hi Doug,
>
> I am referring to a rather old thread where you have provided some
> interesting suggestions to perform group-wise analysis of WMHs. I am
> trying to do something similar in patients and controls. First,
> mri_binarize was used to extrac
Hi Doug,
I am referring to a rather old thread where you have provided some interesting
suggestions to perform group-wise analysis of WMHs. I am trying to do something
similar in patients and controls. First, mri_binarize was used to extract the
individual WMH volumes from aseg.mgz. These volum
that sounds reasonable to me.
good luck
Bruce
On Fri, 9 Jun 2017, Jacobs H (NP) wrote:
Hi!
For my manuscript, the journal wants me to answer some questions on the methods
that I used and I want to make sure I am giving correct information on how
FreeSurfer
calculates hippocampal volumes. Wou
I can't open that image (what is .odp?). The red/yellow is a positive
contrast, blue/cyan is negative contrast. The contrast depends on your
contrast matrix. Assuming that you have MS-Heal, the red/yellow is
MS>Healthy. It is thresholded at an UNCORRECTED level of p<.01
(-log10(.01) = 2). F is
here it is again. The responses are embedded
On 06/09/2017 09:51 AM, Douglas Greve wrote:
>
>
>
> On 6/6/17 11:50 AM, Tamara Tavares wrote:
>> Hello,
>>
>> I have ran my data through the default recon-all processing stream
>> and am planning on analyzing ventricular volume and cortical
>> thick
Dear Manuel,
I would chime in with my current experience with transfering v5.3
reconstructions to v6.0: The wm segmentation results (and therefore white/pial
surfaces, apart from other things) are different between versions, especially
in ambiguous areas and especially if there is a difference
Hi Douglas,
The message stream indicates you replied to my email but I don't see your
response in the email thread. I am not sure what happened. Can you please
reply again?
Thank you,
Tamara
On 6/6/17 11:50 AM, Tamara Tavares wrote:
> Hello,
>
> I have ran my data through the default recon-all
It is very likely that the bert used in that screencapture is different
than the bert subject ultimately shipped with the freesurfer v6 release.
-Zeke
On 06/08/2017 02:53 PM, Antonio Algaze Beato wrote:
> Hello,
>
> I just installed FS 6 (mac OS) and followed Examples 1, 2, 3 and 4 under
> the
Those will have the vertex-wise p-values. You can read them in to matlab
with the MRIread() command.
On 6/7/17 8:18 AM, Lim, Lena wrote:
Dear Doug,
Thanks very much for your reply.
Sorry, I couldn’t read the files—would they show the non-significant F
and p values as I would find in the su
That contrast vector (0 0 1 -1) will compute the interaction between
group and age
On 6/6/17 9:25 PM, Gwang-Won Kim wrote:
Hello FreeSurfer Developers,
To compare cortical thickness between groups, I want to process
analysis of covariance (ANCOVA) adjusting for age.
When "mri_glmfit" proces
On 6/6/17 11:50 AM, Tamara Tavares wrote:
Hello,
I have ran my data through the default recon-all processing stream and
am planning on analyzing ventricular volume and cortical thickness. I
was wondering whether I need to use the Qdec to complete the
ventricular volume and cortical thicknes
have you looked at this?
https://surfer.nmr.mgh.harvard.edu/fswiki/PairedAnalysis
On 6/6/17 11:28 AM, llk...@sina.com wrote:
Dear FS Experts,
I want to measure the thickness difference between two groups, control
and experimental group. And every subject scaned twice.
I look at the page:
htt
Have you tried to view your label on the individual subject? If your
original analysis was on cortical thickness, then there will be a
*ocn*.dat file in the output with the values for each input subject and
each cluster
On 6/6/17 10:14 AM, Taylor Hilton wrote:
Hi all,
I’m trying to extract
Hi Ali, the FSGD and contrast matrices look right as do your command
lines. What is the problem?
On 6/8/17 1:40 PM, Ali Radaideh wrote:
Dear Douglas,
Can I check with you if you have received my reply below to your
question??
Thanks,
Ali
On Mon, Jun 5, 2017 at 10:16 PM Ali Radaideh
all the edits will be taken into account regardless of what command line
args you use
On 6/9/17 3:08 AM, Manuel Delgado wrote:
Dear all,
Regarding this issue:
http://www.mail-archive.com/freesurfer@nmr.mgh.harvard.edu/msg51931.html
we have the same situation. We are going to reprocess data
Dear all,
Regarding this issue:
http://www.mail-archive.com/freesurfer@nmr.mgh.harvard.edu/msg51931.html
we have the same situation. We are going to reprocess data previously
processed with FS 5.3.
If we proceed with *recon-all -all *will all the edits be taken into
account (i.e. skull strip, co
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