Just as Mark and Justin have said, this is up to you to define this
question.
The reason I said that, is you were asking "how do I know if my molecule
is docked to the protein?". The first step to answering that question
is defining what you mean by being docked. Once you have a definition,
then
Hi
1. If any one know the related paper of protein-ligand docking using
MD, please refer to to those papers.
2. from Justin =>
"we often start with a protein-ligand complex for which we know the position and
orientation of some inhibitor, usually from X-ray diffraction data. We test our
model to
Chih-Ying Lin wrote:
HI
Would you please give me an example of "definition" of DOCKed?
That's your job ;-) Try searching the web or literature.
Mark
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Chih-Ying Lin wrote:
HI
Would you please give me an example of "definition" of DOCKed?
You have to have some criteria to start with. When we do true docking, we often
start with a protein-ligand complex for which we know the position and
orientation of some inhibitor, usually from X-ray d
HI
Would you please give me an example of "definition" of DOCKed?
Thank you
Lin
First step, define what you mean by being "DOCKed".
Second step, determine if those conditions are meet by your protein and
ligand.
Catch ya,
Dr. Dallas Warren
Department of Pharmaceutical Biology an
Yanmei Song wrote:
Dear Justin:
Thanks for your response. Here is the complete my .mdp file:
title = pdm
cpp = /lib/cpp
constraints = all_bonds
integrator = md
dt = 0.004 ; ps !
nsteps = 250 ; total 10n
Payman Pirzadeh wrote:
Hello,
When we use ‘mdrun’ or ‘grompp’ with the switch ‘-np’ we specify the
number of nodes according to the manual. Does it mean if the nodes have
2 processors, then the simulation will be run on 4 CPUs or in –np we
should specify 4 instead of 2?
As of version 4.
Payman Pirzadeh wrote:
Hello,
When we use ‘mdrun’ or ‘grompp’ with the switch ‘-np’ we specify the
number of nodes according to the manual. Does it mean if the nodes have
2 processors, then the simulation will be run on 4 CPUs or in –np we
should specify 4 instead of 2?
Tell GROMACS the num
Hello,
When we use 'mdrun' or 'grompp' with the switch '-np' we specify the number
of nodes according to the manual. Does it mean if the nodes have 2
processors, then the simulation will be run on 4 CPUs or in -np we should
specify 4 instead of 2?
Payman
_
Dear Justin:
Thanks for your response. Here is the complete my .mdp file:
title = pdm
cpp = /lib/cpp
constraints = all_bonds
integrator = md
dt = 0.004 ; ps !
nsteps = 250 ; total 10ns.
nstcomm
Yanmei Song wrote:
Dear All:
I have question about the pressure coupling. I have done a 10ns
simulation with 19800 atoms for 120 large molecules using the following
pressure coupling.
Tcoupl = berendsen
tc_grps = PDM
tau_t = 0.1
ref_t
Dear All:
I have question about the pressure coupling. I have done a 10ns simulation
with 19800 atoms for 120 large molecules using the following pressure
coupling.
Tcoupl = berendsen
tc_grps = PDM
tau_t = 0.1
ref_t = 300
Pcoupl
Vishwanath Dalvi wrote:
Hi!
I have a question about a possible redundancy/conflict in specifying
bond-constraints.
I have in my simulation (among other things) a number of bonds - some of
which are harmonic while some are rigid (or constrained).
I specify the bonds in the .itp (or ultimate
Harry Saavedra wrote:
Dear All,
I run a test molecule insertion simulation using Gromacs 4.0.3. All the
molecules of the system work with two energy groups (two tabulated
potentials), and every atom belongs to a different charge group; but
Gromacs shows an error message:
> grompp...
> mdr
intra\sa175950 wrote:
Hi all
For a research project, I need to know how gromacs work/scale
(especially gmx 4.0.4) in SGI ALTIX ICE 8200 EX machine cluster with
Intel Quad-Core E5472. I want to simulate a molecular system (with 14
amino acid peptide +/- 5000 water molecules) in explicit co
Dear All,
I run a test molecule insertion simulation using Gromacs 4.0.3. All the
molecules of the system work with two energy groups (two tabulated potentials),
and every atom belongs to a different charge group; but Gromacs shows an error
message:
> grompp...
> mdrun ...
Program mdrun, VE
Dear Gromacs Users,
I am simulating a system that consists of a tryptophan linked to a thymine
dimer (two thymine bases stacked together) and am interested in how the
configurational properties of neutral tryptophan linked to neutral thymine
compares with tryptophan cation linked to thymine an
Hi!
I have a question about a possible redundancy/conflict in specifying
bond-constraints.
I have in my simulation (among other things) a number of bonds - some of which
are harmonic while some are rigid (or constrained).
I specify the bonds in the .itp (or ultimately in the .top) files as fol
intra\sa175950 wrote:
Hi all
For a research project, I need to know how gromacs work/scale
(especially gmx 4.0.4) in SGI ALTIX ICE 8200 EX machine cluster with
Intel Quad-Core E5472. I want to simulate a molecular system (with 14
amino acid peptide +/- 5000 water molecules) in explicit
Hi all
For a research project, I need to know how gromacs work/scale (especially
gmx 4.0.4) in SGI ALTIX ICE 8200 EX machine cluster with Intel Quad-Core
E5472. I want to simulate a molecular system (with 14 amino acid peptide +/-
5000 water molecules) in explicit conditions with PME and 32 -
Thomas Schlesier wrote:
Dear all,
i'm making a .rtp for a sugar for the OPLS-AA force-field. To start i
made a topology with the PRODRG server, so i have a list with all bonds,
angles and dihedrals, but the problem is, that i'm missing the unpolar
hydrogens. How to set up the bonds and angles ent
sukesh chandra gain wrote:
Dear All,
I am doing a simulation for ligand-enzyme complex in a octahedron box. I
have mentioned -c with editconf, but after energy minimization the
protein is placed at the top of the box. Could you please suggest me how
could I keep the protein at the centre of
Dear All,
I am doing a simulation for ligand-enzyme complex in a octahedron box. I
have mentioned -c with editconf, but after energy minimization the
protein is placed at the top of the box. Could you please suggest me how
could I keep the protein at the centre of the octahedron box?
Here are
nitu sharma wrote:
Hello mark
thanks for your suggestion . but i already did these these
things which u suggest . There is nothing about nucleic acid database as
i mentioned in my previous mail .
I have solved the problem regarding aminoacid hydrogen database problem
but it not
Hello mark
thanks for your suggestion . but i already did these these
things which u suggest . There is nothing about nucleic acid database as i
mentioned in my previous mail .
I have solved the problem regarding aminoacid hydrogen database problem but
it not valid in case of nucleic a
Dear all,
i'm making a .rtp for a sugar for the OPLS-AA force-field. To start i
made a topology with the PRODRG server, so i have a list with all bonds,
angles and dihedrals, but the problem is, that i'm missing the unpolar
hydrogens. How to set up the bonds and angles entrys is no problem, but
wit
Hello Anirban,
Greetings from Pawan.
You can find the scripts in this webiste :
http://wiki.gromacs.org/index.php/Membrane_Simulations
Regards,
Pawan
On Thu, May 14, 2009 at 3:01 PM, Anirban Ghosh wrote:
> Hi ALL,
>
> I have a built a system of protein embeded in lipid bilayer and solvated it
>
Hi ALL,
I have a built a system of protein embeded in lipid bilayer and solvated it
according to the GROMACS membrane simulation tutorial. I want to delete a few
water molecules that are there in the hydrophobic core of the bilayer. I
deleted them manually from the .gro file and corrected the a
nitu sharma wrote:
Dear all ,
I am doing simulation of DNA-protein complex.
Is anybody have idea about .hdb of DNA becoz in mannual
nothing is wrritten about DNA hydrogen database .I have edited The
database like this-
ADE 9
2 6 H5* C5* C4* O
Dear all ,
I am doing simulation of DNA-protein complex.
Is anybody have idea about .hdb of DNA becoz in mannual
nothing is wrritten about DNA hydrogen database .I have edited The database
like this-
ADE 9
2 6 H5* C5* C4* O5*
1 5 H4* C4*
On Thu, 2009-05-14 at 12:13 +0530, rashmi_c...@iitb.ac.in wrote:
> Dear gmxusers,
>
> The warning on the GROMACS download page says :
>
> WARNING: do not use the gcc 4.1.x set of compilers. They are broken. These
> compilers come with recent Linux distrubutions like Fedora 5/6 etc.
>
>
> So I i
Casey,
Could you expand your criticism? You must have found the tutorials section
on the wiki. Then please note the specific points you dislike about the
tutorials there (especially the beginners) and provide some ideas you would
think improve them.
To my opinion, a beginners tutorial provides a
Dear gmxusers,
The warning on the GROMACS download page says :
WARNING: do not use the gcc 4.1.x set of compilers. They are broken. These
compilers come with recent Linux distrubutions like Fedora 5/6 etc.
So I installed CentOS 4.3 with gcc 3.4.5 and Fedora 10 with gcc 4.3.2 on
two different ma
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