Dear GMX users,
I am trying to carry out MD simulations with tyrosinase protein. Tyrosinase
is a tyoe-3 copper protein. In its oxygen binding active site, the protein
has two copper atoms that bind to two oxygen atoms in a peroxo
configuration. Each copper is co-ordinated by three histidine residu
On 4/26/12 10:23 AM, mirc...@sjtu.edu.cn wrote:
Dear All:
I am simulating a complex of protein and ligand, however, the ligand is
covalent bound to the protein. I have calculated the charges of the ligand
and the non-standard residue by QM method and trying to use the bond
parameters in the GR
Dear All:
I am simulating a complex of protein and ligand, however, the ligand is
covalent bound to the protein. I have calculated the charges of the ligand and
the non-standard residue by QM method and trying to use the bond parameters in
the GROMOS force field. However, I don't know how to ma
Dear friends,
Please read nice article on MD Simulations
http://www.springerlink.com/content/6jt0843463226321/
--
Pawan
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pawan raghav wrote:
Dear Justin,
I want to know about
1. How to run MD simulations with multiple structures?
Place whatever components you need in the box with editconf, genconf, etc. and
run the simulation. There's really nothing special about having more than one
structure (I'm assum
pawan raghav skrev:
Dear Justin,
I want to know about
1. How to run MD simulations with multiple structures?
--
Pawan
This is still not very informative. Do you mean several starting
structures in separate simulations?
--
---
Erik Marklund, PhD s
Dear Justin,
I want to know about
1. How to run MD simulations with multiple structures?
--
Pawan
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List User wrote:
I would like to perform MD simulations of a small molecule (dipeptide)
in a crystal lattice, where I believe that lattice contacts may be
important for the structure and dynamics. I assume this can be done
by simulating one or more unit cells and applying periodic boundary
condi
I would like to perform MD simulations of a small molecule (dipeptide)
in a crystal lattice, where I believe that lattice contacts may be
important for the structure and dynamics. I assume this can be done
by simulating one or more unit cells and applying periodic boundary
conditions, but I don't
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