Hi Jack,
On Fri, Jan 15, 2010 at 8:05 PM, Jack Shultz j...@drugdiscoveryathome.com
wrote:
I'm trying to prep Fe-Hydrogenase again (1YQW). I took out all the
non-standard residues. Re-named n-terminal and c-terminal residues. Took out
connects because that worked last time though I'm uncertain
Hi Chris,
Don't have an answer too this one, but noticed the argument to the -np option
-np $(wc -l $PBS_NODEFILE | gawk '{print $1}')
Maybe it's a bit easier on the eye to use:
-np $(sed -n $= $PBS_NODEFILE)
Cheers,
Tsjerk
--
Tsjerk A. Wassenaar, Ph.D.
Computational Chemist
Medicinal
Hi
I want to obtain dynamic cross correlation map (DCCM). I used following
command for obtaining covariance matrix.
g_covar -f traj.xtc -s topol.tpr -o eigenval.xvg -v eigenvec.trr -l
covar.log -xpm covar.xpm.
my system consists protein of 70 aminoacids. I want survey correlated and
Hi all,
What can be the reason that x2top(4.0.7) stops with
Looking whether force field files exist
Opening library file /root/gromacs.407/share/gromacs/top/ffG53a6.rtp
Opening library file /root/gromacs.407/share/gromacs/top/ffG53a6.n2t
Opening library file
And more. What is the algorithm to detect that the proper atom group?
Is it based both on the atom names in PDB and interatomic distances?
So if we have for example
Oopls_236-0.5 15.9994 1C 0.123
and in the submitted structure r(C-O)=0.126 - what it be recognized?
Thanks in
Vitaly V. Chaban wrote:
And more. What is the algorithm to detect that the proper atom group?
Is it based both on the atom names in PDB and interatomic distances?
So if we have for example
Oopls_236-0.5 15.9994 1C 0.123
and in the submitted structure r(C-O)=0.126 - what it be
Justin,
Thanks. The problem was that I didn't use -nopbc option.
Vitaly
On Sun, Jan 17, 2010 at 7:11 PM, Justin A. Lemkul jalem...@vt.edu wrote:
Vitaly V. Chaban wrote:
And more. What is the algorithm to detect that the proper atom group?
Is it based both on the atom names in PDB and
Hi All,
I am performing molecular docking simulations of a ligand binding to a
homodimeric protein, to determine potential binding site(s). Due to the
symmetrical nature of a homodimer, I would expect that the binding site(s)
on one protomer would be identical on the other protomer. Therefore,
Nancy wrote:
Hi All,
I am performing molecular docking simulations of a ligand binding to a
homodimeric protein, to determine potential binding site(s). Due to the
symmetrical nature of a homodimer, I would expect that the binding
site(s) on one protomer would be identical on the other
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