Hi everyone,
this is a general question
please does anyone know what bond paths means, and what it has to do with
dihedrals?
Thank you
Carla
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Please
Carla Jamous wrote:
Hi everyone,
this is a general question
please does anyone know what bond paths means, and what it has to do
with dihedrals?
http://www.google.com.au/search?q=bond+paths, and not much it seems.
Mark
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Dear Justin,
As per the suggestions, I have run NPT equillibration (without
constraints) for 1ns and observed the average values and plots in the
xmgrace as follows:
1) Pressure
Energy Average RMSD Fluct. Drift Tot-Drift
ram bio wrote:
Dear Justin,
As per the suggestions, I have run NPT equillibration (without
constraints) for 1ns and observed the average values and plots in the
xmgrace as follows:
1) Pressure
Energy Average RMSD Fluct. Drift Tot-Drift
Hi Justin,
Thanks for the new suggestion.
However, wouldn't this again involve the sorting of my .pdb file?
I have modified the specbond.dat
3
MSI SI4 MOO 2 0.16 MCM MCM
MSI SI4 MOH OH2 0.16 MCM MCM
MOH OH2 MHH 1 0.101 MCM
Hi Justin,
Sorry I forgot the attachment. Can you see if these files are ok in terms of
sequences and more or less accurately represent both DMPC and DMPE? they
were built in Teilman lab I believe
DMPE: http://sites.google.com/site/kbessonov/dmpe.itp?attredirects=0d=1
DMPC:
Sorry I've just noted that once of the messages made it to the forum, sorry
for repetition.
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Dear all,
how can I create the mapping section for g_fg2cg in the atomistic
*.itp file? The handout from the Coarse Graining Workshop 2009 says that
pdb2gmx has this ability but I can't find it:
http://www.csc.fi/english/research/sciences/chemistry/courses/cg-2009/CGWS_Tutorial.pdf/download.
By
Jennifer Williams wrote:
Hi Justin,
Thanks for the new suggestion.
However, wouldn't this again involve the sorting of my .pdb file?
I have modified the specbond.dat
3
MSI SI4 MOO 2 0.16 MCM MCM
MSI SI4 MOH OH2 0.16 MCM MCM
MOH OH2
It is not clear what you actually want to do!
1- You want to generate a topology for MARTINI: follow
the tutorial, which I believe is clear.
2- you want to play with the reverse transformation. For a
protein I believe that there is a parameter file that contains
the CG-AA mapping. For other
Kirill Bessonov wrote:
Hi Justin,
Sorry I forgot the attachment. Can you see if these files are ok in
terms of sequences and more or less accurately represent both DMPC and
DMPE? they were built in Teilman lab I believe
DMPE:
Dear Xavier,
well, sorry. I was on the wrong way. :-)
I'm trying to map a model from the atomistic scale into CG.
All the time I searched for a possibility to define atoms to CG-Beads. I
was confused because of the awk script atom2cg which simply puts out
only a couple of atom types that were not
Dear Gunnar,
I am right now on holidays but in 2 weeks I can help you with
antechamber unix problems you may be facing.
For the moment I suggest you to read acpypi and antechamber
documentation with attention, practice the tutorials and examples. I
understand that many users urge to use such
Hi everyone. I'm doing some simulations of a phosphorylated peptide. Right
now, I'm using the amber force field with some parameters that were obtained
for charged phosphorylated amino acids in a paper I found. Now I want to
simulate uncharged phosphate groups, but the paper only gave
Michael McGovern wrote:
Hi everyone. I'm doing some simulations of a phosphorylated peptide.
Right now, I'm using the amber force field with some parameters that
were obtained for charged phosphorylated amino acids in a paper I found.
Now I want to simulate uncharged phosphate groups, but
Dear all,
I searched the mailing-lists and I wonder if there were any attempts to
approximate discontinuous interaction potentials like square-well with the
tabulated potential function?
Best Regards,
Bob
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Hello all, how are you doing today?
I've been trying to get a stable DNA MD simulation to work for me, but I
think my problem lies in an insufficiently energy minimized system prior to
running the pr step. I'm using the ffamber99 force field and I've
successfully simulated many ns of MD using
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