Dear David, Thanks for the reply, guess i will do some literature survey and
see if i can find some validated urea parameters.
karan
On Mon, Sep 21, 2009 at 8:51 PM, David van der Spoel
sp...@xray.bmc.uu.sewrote:
karan syal wrote:
Dear Justin,
Thanks for the reply!
I will surely try
Dear Gromacs users,
I am trying to run a urea+protein simulation and encountering a few problems
at various stages.
I have taken an equilibrated 10M urea box of size 2.84nmx2.84nmx2.84nm (I
started with 3x3x3 containing 160 urea + 398 SOL, ran NPT @ 1 bar and 300K)
I am using this equilibrated
karan syal wrote:
Dear Gromacs users,
I am trying to run a urea+protein simulation and encountering a few
problems at various stages.
I have taken an equilibrated 10M urea box of size 2.84nmx2.84nmx2.84nm
(I started with 3x3x3 containing 160 urea + 398 SOL, ran NPT @ 1 bar and
300K)
I
Dear Justin,
Thanks for the reply!
I will surely try minimize the protein in Vacuum and then try adding Urea
again.
Just that i was wondering how will that effect my artifact bonds which are
between Urea and Water, and not at all between any Protein atom and
Urea/Sol?? As i mentioned earlier,
karan syal wrote:
Dear Justin,
Thanks for the reply!
I will surely try minimize the protein in Vacuum and then try adding
Urea again.
Just that i was wondering how will that effect my artifact bonds which
are between Urea and Water, and not at all between any Protein atom and
Urea/Sol??
karan syal wrote:
Dear Justin,
Thanks for the reply!
I will surely try minimize the protein in Vacuum and then try adding
Urea again.
Just that i was wondering how will that effect my artifact bonds which
are between Urea and Water, and not at all between any Protein atom and
Urea/Sol??
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