Hi,
Have you tried reducing the timestep in mdp?
Yes, I tried. But no hope.
On Mon, May 4, 2020, 2:52 AM Naba https://maillist.sys.kth.se/mailman/listinfo/gromacs.org_gmx-users>>
wrote:
>* Dear users and developers,
*>>* I have spent extensive amount of time to model glycosylated ASN residues
Hi
Thank you very much for your answer to my former question
I want to select CYSH state but we have this option for this amino acid.
already I could determine especial state for his,lys,arg,asp by command -his
but this command doesn't work for CYS
Thanks
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Gromacs Users mailing list
* Please
1/ it means that between the original coordinate file loaded with vmd and
the frame you are looking at there from the trajectory file, those atoms
have moved across the periodic boundary and vmd is still drawing the bond
between them. vmd knows nothing about bonds, it guesses where the bonds
Hi Jochen,
Thank you for the suggestions.
Best,
Zheng
On Mon, May 4, 2020 at 5:24 PM Jochen Hub
wrote:
>
>
> Am 04.05.20 um 23:21 schrieb Jochen Hub:
> >
> >
> > Am 04.05.20 um 21:33 schrieb Zheng Ruan:
> >> Hi,
> >>
> >> I'm trying to setup an antiparallel membrane system for CompEL
> >>
Am 04.05.20 um 23:21 schrieb Jochen Hub:
Am 04.05.20 um 21:33 schrieb Zheng Ruan:
Hi,
I'm trying to setup an antiparallel membrane system for CompEL
simulation.
It is relatively straightforward to convert an existing single membrane
system to a parallel system by using
# gmx genconf -f
Am 04.05.20 um 21:33 schrieb Zheng Ruan:
Hi,
I'm trying to setup an antiparallel membrane system for CompEL simulation.
It is relatively straightforward to convert an existing single membrane
system to a parallel system by using
# gmx genconf -f system.gro -nbox 1 1 2 -o system.parallel.gro
Hi,
I'm trying to setup an antiparallel membrane system for CompEL simulation.
It is relatively straightforward to convert an existing single membrane
system to a parallel system by using
# gmx genconf -f system.gro -nbox 1 1 2 -o system.parallel.gro
However, is there an easy way to invert one
Hello again @ all gmx-users!
A month has passed and we have moved forward with our work to move the
user mailing list to the [discussion forum]
https://gromacs.bioexcel.eu/. The discussion forum will open Friday, 8
May 2020.
We are now ready to accept people signing up to the forum at
Dear Gromacs users
I am doing free energy calculation of the protein-ligand system in gromacs
2020 in which I am annihilating ligand by removing charges and vdw
interactions. During Vdw removal I am facing lincs warning and my system
crashes by generating different pdb structures. I have tried to
I have done simulation water in nanopore based on quartz (I use model
ClayFF) using Gromacs 5.1.5 and have observed strange behavior. (Here is
a link to the pictures at the initial time (1.png) and in the modeling
process.
Hi Dinesh and others,
I see a few PLUMED tutorials available online, but I wanted to just let
anyone know that if they have developed a PLUMED tutorial or are working to
create a new one, please feel free to submit any high-quality tutorials to
LiveCoMS Journal:
https://www.livecomsjournal.org/
Dear gmx users,I am trying to run a protein-ligand simulation using PLUMED
patch.I would like to know if there is a step-by-step tutorial that could help
run metadynamics simulations using PLUMED (like the Gromacs tutorials already
available)
Dinesh Kumar
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Gromacs Users mailing list
*
Hi,
Do check out gmx do_dssp -h and make sure your dssp binary is the right
version, with executable permissions, in the right place (or alternatively
the appropriate environment variable is set, so that do_dssp can find dssp)
Mark
On Fri, 1 May 2020 at 18:47, Iman Katouzian wrote:
> Good
Dear users,
I have a corrupted .xtc file.
I can read only part of the whole frame in VMD.
When I gmx check the .edr file, there is no problem with 5001 frames.
However if I do gmx check the .xtc file, then I get only 2954 frames out of
50001 frames.
I used Gromacs 2019.6 with CUDA on a single
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