ram bio wrote:
Dear Justin,
Thanks for the options suggested.
I have used -princ and rotate 0 0 90 options with editconf and was
able to place the protein vertically and at the centre of the DPPC
bilayer (128 + 3655) from the site provided in the tutorial, but still
the part of protein is out
Dear Justin,
Thanks for the options suggested.
I have used -princ and rotate 0 0 90 options with editconf and was
able to place the protein vertically and at the centre of the DPPC
bilayer (128 + 3655) from the site provided in the tutorial, but still
the part of protein is outside the DPPC layer
ram bio wrote:
Dear Justin,
As suggested, when i reexamined the system.gro (protein_newbox +
dppc128) one of the ends of the problem (as i think) i.e. few
aminoacids of protein were beyond the water surface of the bilayer,
probably this may be the reason for the presence of water molecules to
Dear Justin,
As suggested, when i reexamined the system.gro (protein_newbox +
dppc128) one of the ends of the problem (as i think) i.e. few
aminoacids of protein were beyond the water surface of the bilayer,
probably this may be the reason for the presence of water molecules to
the side of the bil
ram bio wrote:
Dear Justin,
Thanks for the advice. I am using the DPPC 128 lipid bilayer from D.
Peter Tieleman website, and the nvt.mdp file and the nvt.log files are
as follows as in your tutorial:
Constraining the starting coordinates (step 0)
Constraining the coordinates at t0-dt (st
Dear Justin,
Thanks for the advice. I am using the DPPC 128 lipid bilayer from D.
Peter Tieleman website, and the nvt.mdp file and the nvt.log files are
as follows as in your tutorial:
_
ram bio wrote:
Dear Gromacs Users,
I have inserted the protein in lipid bilayer and performed Inflategro
I am able to reach the required area per lipid after certain
iterations but was unable to get the standard Epot and Fmax values
that is negative and to the power of 5 or 6 and Fmax less tha
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