Dear all,
For the purpose of a project I am trying to recreate TPRs so I can use them
with an older version of Gromacs. The TPR files in question are:
- ion channel:
https://repository.prace-ri.eu/ueabs/GROMACS/1.2/GROMACS_TestCaseA.tar.gz
- lignocellulose:
Hi GROMACS users,
The first beta release of GROMACS 2020 is available!
We are making this available to you to get an early taste of how GROMACS
2020 will look and work, and most importantly to get feedback from you
about how well things work. While we try our hardest to keep the quality of
On 9/25/19 5:46 AM, Pandya, Akash wrote:
Hi,
I have multiple ligand molecules of the same type in my system. If I wanted to
monitor the Cartesian coordinates of each individual ligand during a
simulation, is there a Gromacs tool to do that? or do I have write a custom
script?
You can
On 9/25/19 5:50 AM, Mahsa Rezaei wrote:
Dear Dr. Warren
Thanks for your response .
I made my protein-membrane system with charmm-gui.
so my force is charmm36.
I used the equilibration input files that charmm-gui provide ,
and run 400 ns simulation for equilibration of my system .
RMSD ,
Dear Dr. Warren
Unfortunately,I missed your reply!
Thanks for your response .
I made my protein-membrane system with charmm-gui.
so my force is charmm36.
I used the equilibration input files that charmm-gui provide ,
and run 400 ns simulation for equilibration of my system .
RMSD ,
Dear Dr. Warren
Thanks for your response .
I made my protein-membrane system with charmm-gui.
so my force is charmm36.
I used the equilibration input files that charmm-gui provide ,
and run 400 ns simulation for equilibration of my system .
RMSD , temperature and pressure is good , so I
Hi,
I have multiple ligand molecules of the same type in my system. If I wanted to
monitor the Cartesian coordinates of each individual ligand during a
simulation, is there a Gromacs tool to do that? or do I have write a custom
script?
Some background:
My purpose is to look at
Den 2019-09-25 kl. 02:37, skrev Justin Lemkul:
On 9/24/19 5:09 PM, Asis Jana wrote:
Hi,
I am doing viral capsid simulation using GROMACS 2018. The capsid was
first
energy minimized using the steepest-descent algorithm followed by 40
ns of
NVT (300 K) followed by 10 ns of NPT (300 K, 1