Stéphane Téletchéa wrote:
David van der Spoel a écrit :
Stéphane Téletchéa wrote:
editconf -f dppc64.pdb -o dppc64_pbc.pdb -pbc
But unfortunately, some lipids are not imaged (at least 18, 25 and
53). I tried using trjconv but it needs a topol.tpr that i don't have
:-(
Any hint ?
Stéphan
David van der Spoel a écrit :
Stéphane Téletchéa wrote:
editconf -f dppc64.pdb -o dppc64_pbc.pdb -pbc
But unfortunately, some lipids are not imaged (at least 18, 25 and
53). I tried using trjconv but it needs a topol.tpr that i don't have :-(
Any hint ?
Stéphane
It requires some manual w
Stéphane Téletchéa wrote:
David van der Spoel a écrit :
Stéphane Téletchéa wrote:
Hello,
I'm willing to simulate a membrane protein, and to gain lipid
equilibration time, i'm using either Dr Tieleman's lipids or Dr
Vattulainen's lipids (dppc 128 / dppc64).
In order to fully surround my pro
David van der Spoel a écrit :
Stéphane Téletchéa wrote:
Hello,
I'm willing to simulate a membrane protein, and to gain lipid
equilibration time, i'm using either Dr Tieleman's lipids or Dr
Vattulainen's lipids (dppc 128 / dppc64).
In order to fully surround my protein, i need to enlarge tho
Stéphane Téletchéa wrote:
Hello,
I'm willing to simulate a membrane protein, and to gain lipid
equilibration time, i'm using either Dr Tieleman's lipids or Dr
Vattulainen's lipids (dppc 128 / dppc64).
In order to fully surround my protein, i need to enlarge those boxes to
get at least 256 l
Hello,
I'm willing to simulate a membrane protein, and to gain lipid
equilibration time, i'm using either Dr Tieleman's lipids or Dr
Vattulainen's lipids (dppc 128 / dppc64).
In order to fully surround my protein, i need to enlarge those boxes to
get at least 256 lipids (thus multiply the 64
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