Hi,
thanks to Justin for the pointer to the list archive I searched before
with "net charge", but without getting useful results. For the sake of
clarity, I am not referring to the "neutralizing plasma" or neutralizing
background charge used implicitly with PME, but to an additional
net-charg
On 11/5/12 8:16 AM, Felipe Pineda, PhD wrote:
Hi again!
many thanks to Xavier for his response, the only one I got so far ... I had the
same impression, but I'm seeking for theoretically/technically more funded
statements. My impression is also that there are different kind of "equations"
depe
Hi again!
many thanks to Xavier for his response, the only one I got so far ... I
had the same impression, but I'm seeking for theoretically/technically
more funded statements. My impression is also that there are different
kind of "equations" depending of the treatment of long-range
electros
From what I remember from my earlier impressions ... the equations
are not correct when the system is not neutral. In your case the
charge is significantly high ...
On Nov 2, 2012, at 9:36 AM, Felipe Pineda, PhD wrote:
Hi,
I recently sent a query, but it was probably not appealing enoug
Hi,
I recently sent a query, but it was probably not appealing enough to get
some feedback. So I try again with a shorter one:
Is there any theoretical or technical objection against running an
NPgammaT simulation on a charged (total charge = -36) membrane model
(hydrated bipolar monolayer)
Dear Colleagues,
I am currently carrying out MD simulations on models of archaeal
membranes. These membranes, contrary to those of bacteria or eukariota,
are made of unconventional lipids. In my case they contain a neutral
carbohydrate headgroup and the second one is a negatively charged
phos
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