dont
think it has been ported to Gromacs yet ...
Diane
-Original Message-
From: [EMAIL PROTECTED] on behalf of andrea spitaleri
Sent: Thu 7/27/2006 6:26 AM
To: Discussion list for GROMACS users
Subject: Re: [gmx-users] does gromos force field can explain pi-pi interaction
> None of
None of the MM force field can reproduce pi-pi interactions
for the simple reason that the force field does not
describe electrons explicitly !! That is the case for
most of the interactions involving electrons !!
What about XED forcefield??
An Evaluation of Force-Field Treatments of Aromatic
pi-stacking, energy-
and geometry-wise, I would also be very interested in it.>>Diane>>-----Original Message->Subject: [gmx-users] does gromos force field can explain pi-pi interaction>>Dear gmx users,
>>My simulation shows that the aromatic ring of ligand forms stac
My simulation shows that the aromatic ring of ligand
forms stacking
pi-pi interaction with the side chain of Phe of receptor
during MD
simulation.
One reviewer of my manuscript questions that such pi-pi
interaction can
not accurately accounted for by the employed force
field.
I do not
ginal Message-
From: [EMAIL PROTECTED] on behalf of Wei Fu
Sent: Wed 7/26/2006 11:44 AM
To: gmx-users@gromacs.org
Subject: [gmx-users] does gromos force field can explain pi-pi interaction
Dear gmx users,
My simulation shows that the aromatic ring of ligand forms stacking
pi-pi interaction wit
bject: [gmx-users] does gromos force field can explain pi-pi interaction
Dear gmx users,
My simulation shows that the aromatic ring of ligand forms stacking
pi-pi interaction with the side chain of Phe of receptor during MD
simulation.
One reviewer of my manuscript questions that such
Wei Fu wrote:
Dear gmx users,
My simulation shows that the aromatic ring of ligand forms stacking
pi-pi interaction with the side chain of Phe of receptor during MD
simulation.
One reviewer of my manuscript questions that such pi-pi interaction can
not accurately accounted for by the employe
Dear gmx users,
My simulation shows that the aromatic ring of ligand forms stacking
pi-pi interaction with the side chain of Phe of receptor during MD
simulation.
One reviewer of my manuscript questions that such pi-pi interaction can
not accurately accounted for by the employed force field.
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