Hi Prasun,
As a side-note to the replies of Justin and Florian, why not take the
following approach?:
1. run pdb2gmx on the monomer, giving structure and topology for one unit
(2. energy minimize in vacuum)
3. use editconf to make a transformed copy of the monomer
-- now, you know for sure that b
Hi,
On Thursday, 31. July 2008, prasun kumar wrote:
> Dear user,
> I want to check the dimerization of a peptide chain having 227 residues.I
> am doing the following steps:
>
> 1. First i transformed the given peptide by 20 angstrom by
>modifying corresponding pdb file and save it as
>f1.p
prasun kumar wrote:
Dear user,
I want to check the dimerization of a peptide chain having 227
residues.I am doing the following steps:
1. First i transformed the given peptide by 20 angstrom by
modifying corresponding pdb file and save it as
f1.pdb(say),original file given was 'f
Dear user,
I want to check the dimerization of a peptide chain having 227 residues.I am
doing the following steps:
1. First i transformed the given peptide by 20 angstrom by
modifying corresponding pdb file and save it as
f1.pdb(say),original file given was 'f.pdb'(say)
2 .Now i run the pdb
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