Dear Freesurfer-Team,
I am trying to study volume based neuronal activities via a Spatio
Temporal Clustering Test. Therefore I need to morph my subjects to an
average subject. I couldn't find a non-linear morphing command to
perform this. Is there any function and can I extract to resulting
sure, mris_volume will give you the interior volume of any closed surface
using the divergence formula. Note that this is *not* the volume of the
ribbon but rather the volume of the entire interior
cheers
Bruce
On Mon, 4 Sep 2017, Fereshte wrote:
Hello FreeSurfer developersIs it possible to
Hi Daniel
yes, CVS can extend the nonlinear surface warp into the volume
cheers
Bruce
On Mon, 4 Sep 2017, Daniel van de Velden wrote:
Dear Freesurfer-Team,
I am trying to study volume based neuronal activities via a Spatio Temporal
Clustering Test.
Therefore I need to morph my subjects to
Dear Bruce,
thanks for your reply. Since the documentation of the output of this function
is poor, could you tell me what resulting files I can expect by performing CVS?
Also my other question:
Since the connectivity between vertices can be read from ?h.sphere.reg, is this
also possible to get t
hmmm, not much gray/white contrast in the cerebellum. Can you send me the
aseg.presurf.mgz also?
On Mon, 4 Sep 2017, José Gómez-Feria Ferreiro wrote:
Hello Bruce,
Thank you for your email. I understand the issue about distinguishing between
grey and white matter.
However, I can get a nice seg
that looks to me like it accurately segmented all the un-partial-volumed
white matter in the cerebellum. Are you hoping it would segment the smaller
folia as wm? I guess it could, but those voxels all look like they have gm
in them too
On Mon, 4 Sep 2017, José Gómez-Feria
Ferreiro wrote:
H
Using the Pial surface; Does it mean mris_volume will give the inner
cortical boundary of the surface and not the outer boundary?
Sincerely,
Fereshte Ramezani
On Mon, Sep 4, 2017 at 9:53 PM Fereshte wrote:
>
> On Mon, Sep 4, 2017 at 6:46 PM Bruce Fischl
> wrote:
>
>> sure, mris_volume will give
it will give the interior volume of whatever surface you give it as a
command line argument.
On Mon, 4 Sep 2017, Fereshte
wrote:
Using the Pial surface; Does it mean mris_volume will give the inner cortical
boundary of the
surface and not the outer boundary?
Sincerely,
Fereshte Ramezani
On
What's the algorithm used to expand inner cortical boundary ( to achieve
the outer cortical boundary in pial surface) in FreeSurfer?
On Mon, Sep 4, 2017 at 9:58 PM Bruce Fischl
wrote:
> it will give the interior volume of whatever surface you give it as a
> command line argument.
>
> On Mon, 4 Se
Hi Fereshte
the algorithm is documented in the recon1 1999 NeuroImage and 2000 PNAS
papers
cheers
Bruce
On Mon, 4 Sep 2017, Fereshte wrote:
What's the algorithm used to expand inner cortical boundary ( to achieve the
outer cortical boundary
in pial surface) in FreeSurfer?
On Mon, Sep 4, 201
Hello,
Would it be ok to use the longitudinal pipeline for scans that were
acquired on different scanners (e.g time 1 and time 2 on the same scanner,
time 3 on different scanner)? Would the longitudinal pipeline help to
account for different scanners, since it creates the average base image for
al
It is not clear what correction is best to use for surface area (we
usually do not correct thickness). We recommend at least using eTIV to
account for simple differences in head size which are known to directly
affect area but obviously will not account for atrophy. I would think
that total ce
The final white surface probably won't change much from the preaparc, so
it could be used to find fairly large errors.
On 2/15/17 3:31 PM, Mira Michelle Raman wrote:
Hi,
My main question to the 6.0 experts is:
Is the lh.white.preaparc close enough to the lh.white to determine
whether ed
use mcprextreg (this is described in the wiki, isn't it?)
On 8/23/17 10:21 PM, Leathem, Logan Daniel wrote:
Hi Freesurfer list,
My group is switching to the fsfast functional connectivity pipeline.
We would like to continue regressing out the six-parameter rigid body
head motion as a nuisanc
Hi Bruce,
Thank you for your replies.
Cheers
On Tue, Sep 5, 2017 at 4:52 AM Bruce Fischl
wrote:
> Hi Fereshte
>
> the algorithm is documented in the recon1 1999 NeuroImage and 2000 PNAS
> papers
>
> cheers
> Bruce
> On Mon, 4 Sep 2017, Fereshte wrote:
>
> > What's the algorithm used to expand inn
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