Hi all,
Can any body know how to take Gromacs trajectories of protein ligand
system to AMBER MM-PBSA and further calculate binding free energies
using MM-PBSA..
Can any body suggest some tutorials..on this
Cheers
--
Sainitin D
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gmx-users mailing listgmx-users@gromacs.org
Dear All,
I have created Amber input file (.prmtop and .rst7) using Xleap. And then I
have converted this input file into Gromacs input file format (*.gro and
*.top) with amb2gmx.pl script. I did simulation using Gromacs Package (Amber
Force Field). Now I would like to convert Gromacs trajectory
On 17/06/2011 2:57 AM, Raja Pandian wrote:
Dear All,
I have created Amber input file (.prmtop and .rst7) using Xleap. And
then I have converted this input file into Gromacs input file format
(*.gro and *.top) with amb2gmx.pl http://amb2gmx.pl script. I did
simulation using Gromacs Package
Dear All,
I have created Amber input file (.prmtop and .rst7) using Xleap. And then I
have converted this input file into Gromacs input file format (*.gro and
*.top) with amb2gmx.pl script. I did simulation using Gromacs Package (Amber
Force Field). Now I would like to convert Gromacs trajectory
Hello,
You can try VMD. I is able to write coordinates in a lot of format,
including the dcd and crd ones. Both are readable by ptraj, I believe.
Otherwise, you can have a look on OpenBabel. Be careful when you convert
you trajectory into the Amber format. You probably have to include the box
Hello all.
I would like to know if there is a way to convert .trr or .xtc files from
GROMACS to .crd files (AMBER trajectory).
Best regards,
Edson.
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Edson Fauth Vargas Filho wrote:
Hello all.
I would like to know if there is a way to convert .trr or .xtc files
from GROMACS to .crd files (AMBER trajectory).
I once wrote a script that does the opposite (mdcrd - xtc), so I imagine the
opposite is possible, as well. You can assemble a
I ran the following command in gromacs:
editconf -bt dodecahedron -f p61_vac_gro.gro -o p61_vac_dod.gro -d 0.8
The equivalent command in amber:
solvateoct p61_vac.pdb TIP3PBOX 8.0
As far as I understand this, both command created a box were the edges are 0.8
nm away from the solute. But the
Hi,
On Tuesday, 29. January 2008 13:14, servaas michielssens wrote:
I made a mistake in the numbers, but the question remains:
I ran the following command in gromacs:
editconf -bt dodecahedron -f p61_vac_gro.gro -o p61_vac_dod.gro -d 0.8
With -d and a triclinic box the size of the system in
On Tue, 29 Jan 2008 12:57:13 +0100
servaas michielssens [EMAIL PROTECTED] wrote:
I ran the following command in gromacs:
editconf -bt dodecahedron -f p61_vac_gro.gro -o p61_vac_dod.gro -d 0.8
The equivalent command in amber:
solvateoct p61_vac.pdb TIP3PBOX 8.0
As far as I understand this,
Thank you for the good reference. ^^
On 8/14/07, Tsjerk Wassenaar [EMAIL PROTECTED] wrote:
JCTC December 2005, IIRC :-)
YDRC...: JCC 26: 1701-1718 (December 2005) :p
Tsjerk
Mark
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gmx-users mailing listgmx-users@gromacs.org
Hi Seungpyo Hong,
Hi, gmx-users,
Recently I have try to use AMBER 9 for the simulation of protein with about
300 residues.
Surprisingly, I found that AMBER is far slower than GROMACS; GROMACS is
about twice faster.
I can not figure out the reason.
Why is GROMACS faster than AMBER?
Could
Tsjerk Wassenaar wrote:
Hi Seungpyo Hong,
Hi, gmx-users,
Recently I have try to use AMBER 9 for the simulation of protein with about
300 residues.
Surprisingly, I found that AMBER is far slower than GROMACS; GROMACS is
about twice faster.
I can not figure out the reason.
Why is GROMACS faster
It is found on Gromacs' website
http://www.gromacs.org/content/view/12/176/
Regards,
Yang Ye
- Original Message
From: SeungPyo Hong [EMAIL PROTECTED]
To: gmx-users@gromacs.org
Sent: Monday, August 13, 2007 9:12:47 PM
Subject: [gmx-users] GROMACS vs. AMBER speed comparison?
Hi, gmx
In God We Trust
Hello GMX users
Does anyone know a way to convert atom type of G43a1 to atom type of
Amber96(parm96)
automatically.
Thank you very much in advance
Karim Mahnam
Institute of Biochemistry and Biophysics (IBB)
Tehran University
P.O.box 13145-1384
Tehran
Iran
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