On 6/16/14, 12:31 PM, Matthew Stancea wrote:
Dr. Justin Lemkul,
Ah I see. I also noticed that in the original specbond.dat, the bond distance
specification for the disulfide bonds between 2 CYS's or between 2 CYM's are .2
nm, not .25 nm, so I changed that as well. The only thing I still fin
Dr. Justin Lemkul,
>> Ah I see. I also noticed that in the original specbond.dat, the bond
>> distance specification for the disulfide bonds between 2 CYS's or between 2
>> CYM's are .2 nm, not .25 nm, so I changed that as well. The only thing I
>> still find a bit unclear is the final columns
On Sat, Jun 14, 2014 at 5:18 PM, wrote:
> Dear all,
>
> I have a trajectory file of a protein+ligand binding simulation.
> What I would like to do is to cluster the ligands positions from the
> simulation trajectory. But although I have tried quite a few possibilities,
> the RMSD calculation usin
Hi Sucharita,
Please post as new thread or in g_mmpbsa forum.
You could install Gromacs at new location using followings with cmake:
-DCMAKE_INSTALL_PREFIX=/to/custom/path
-DBUILD_SHARED_LIBS=OFF
-DGMX_GPU=off
Then, g_mmpbsa can be compiled using this Gromacs. We will fix this
installation issu
On 6/16/14, 9:05 AM, Saman Shahriyari wrote:
dear users I have an .xtc file regarding an interacting protein/peptide
complex. as i extract a pdb from this trajectory, i find the peptide
separated from protein and in a position very far from it. i derived a pdb
from .tpr file, to make sure that
dear users
I have an .xtc file regarding an interacting protein/peptide complex. as i
extract a pdb from this trajectory, i find the peptide separated from protein
and in a position very far from it. i derived a pdb from .tpr file, to make
sure that my starting structure is intact compared to th
On 6/16/14, 6:47 AM, Batdorj Batsaikhan wrote:
Dear gmx users,
I would like to simulate lipid with a protein using AMBER force field. Have you
any advice and useful links?
http://md.chem.rug.nl/cgmartini/index.php/blog/269-jungle2
-Justin
--
==
Of course, no. You need to adjust your topology (force field?) to
distinguish between cis- and trans- states.
Dr. Vitaly V. Chaban
On Mon, Jun 16, 2014 at 11:03 AM, Venkat Reddy wrote:
> Dear all,
> I want to simulate a membrane protein system. My membrane is composed of
> DOPC (cis isomer) an
Dear gmx users,
I would like to simulate lipid with a protein using AMBER force field. Have you
any advice and useful links?
Best regards,
Batsaikhan
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Dear all,
I want to simulate a membrane protein system. My membrane is composed of
DOPC (cis isomer) and DEPC (trans isomer). I have downloaded DOPC topology
from lipidbook website. Since DOPC and DEPC are isomers, can I use the
topology of DOPC for DEPC also?
Thank and regards
Venkat Reddy Chira
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