Sincerely,
Shima
- Forwarded Message -
From: Shima Arasteh
To: Dariush Mohammadyani
Sent: Sunday, December 16, 2012 5:03 PM
Subject: Re: [gmx-users] Energy minimization
It's printed in terminal, exactly before showing the values of infinite
potential and Max Force and .
It's printed in terminal, exactly before showing the values of infinite
potential and Max Force and .
Sincerely,
Shima
From: Dariush Mohammadyani
To: Shima Arasteh
Sent: Sunday, December 16, 2012 5:01 PM
Subject: Re: [gmx-users] Energy minimization
On 12/16/12 12:52 AM, James Starlight wrote:
Justin,
It's not quite understood for me why such errors occurs in the atoms
of standard residues when I've bounded them to the C term of my
chromophore if the geometry of the adjacent residues might not be
changed. So it likely that some errors occ
> Could you tell me is there any difference of different Tau_t ussage (
> inverse friction in case of Stochastic dynamics) for simulation of
> water-soluble as well as membrane-proteins ? In the first case I'm
> using tau_t 2ps that is lower than internal water friction. In the
> second case one pa
Justin, thanks again for explanation.
So the first 5 atoms in cmap.it correspond to the starting sequence of
the backbone atoms of the amino acid doesnt it ? So what is the 24 24
numbers at the end of each cmap line ?
E.g in the C NH1 CT1 C NC=O 1 24 24\ the first C B CA C N atoms would
be assig
On 12/16/12 10:34 AM, James Starlight wrote:
Justin, thanks again for explanation.
So the first 5 atoms in cmap.it correspond to the starting sequence of
the backbone atoms of the amino acid doesnt it ? So what is the 24 24
numbers at the end of each cmap line ?
Probably something related t
Dear francesco
I extract gold parameter from papers that I attached them for you. But for
gold and other atom parameters, you should calculate them using common
combination rule.
Fatemeh Ramezani
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hi
thanks for your attention,
all itp files are in OPLSAA forcefield folder that I attached it for you.
Fatemeh Ramezani
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Hi fatemeh,
thank you for the references. Regarding your problem, what does it means
you don't see any interaction?
Is it possible it is just a problem of the visualization software. To be
sure, you could monitor the distance
between any S atom and the Au atom to which it is supposed to be bound. I
Hello All,
I was wondering if it's possible to get the pressure on individual walls of a
pbc cubic box. I specifically want the pressure on the walls perpendicular to
the x, y, z axis.
Thank you for your time.
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On 2012-12-16 21:09, John Doe wrote:
Hello All,
I was wondering if it's possible to get the pressure on individual walls of a
pbc cubic box. I specifically want the pressure on the walls perpendicular to
the x, y, z axis.
g_energy will do it.
Thank you for your time.
On 12/16/12 1:11 PM, francesco oteri wrote:
Hi fatemeh,
thank you for the references. Regarding your problem, what does it means
you don't see any interaction?
Is it possible it is just a problem of the visualization software. To be
sure, you could monitor the distance
between any S atom and th
Dear All,
I am practising the tutorial 2 of Gromacs ( KALP-15 in DPPC). In the
step "Solvate
with water",i made a copy of vdwradii.dat and changed the value of C from
0.15 to 0.375. But i don't know how to input this changed file into genbox.
I saw genbox -h, and i don't find any option for input
On 12/16/12 10:15 PM, Kieu Thu Nguyen wrote:
Dear All,
I am practising the tutorial 2 of Gromacs ( KALP-15 in DPPC). In the
step "Solvate
with water",i made a copy of vdwradii.dat and changed the value of C from
0.15 to 0.375. But i don't know how to input this changed file into genbox.
I saw
Thank Justin !
But i am not clear "Is it read automatically when i put it in the working
directory or put it in
$GMXLIB ?".
The same question with gromos53a6_lipid.ff. To this new forefield, i put it
in $GMXLIB as the tutorial said.
Regards
KT
On Mon, Dec 17, 2012 at 10:17 AM, Justin Lemku
I got it. Thank Justin !
Regards
KT
On Mon, Dec 17, 2012 at 10:28 AM, Kieu Thu Nguyen wrote:
> Thank Justin !
> But i am not clear "Is it read automatically when i put it in the working
> directory or put it in
>
> $GMXLIB ?".
>
>
>
> The same question with gromos53a6_lipid.ff. To this new foref
Sir,
I studying the dynamics of membrane proteins.First I did a 20 ns
simulation using GROMOS96 53a6.This force field cause some problems in the
helical part of the protein.Now I am trying to do the same simulation with
opls-aa force field.Is the changes I should have to do in ffnonbonded.itp
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