Hello Sir,
Thanks for your reply sir. I will check to it.
With regards
M. Kavyashree
On Mon, May 30, 2011 at 4:59 PM, Tsjerk Wassenaar wrote:
> Hi Kavya,
>
> There is no way to correct for such things afterwards. But I would
> guess it's not much of a problem in your case. If a situation wit
Hi Kavya,
There is no way to correct for such things afterwards. But I would
guess it's not much of a problem in your case. If a situation with a
short distance is only transient, it is unlikely to affect the
simulation. On the other hand, you may have secondary, indirect
effects due to water orde
Hello Sir,
The difference between the rcolumb (1.4nm) and minimum image distance
that was obtained between two hydrogen HZ2 and HZ3 atoms of 2 lysine
residues (1.39714nm) is 0.00286nm = 0.0286Ang,
Since this distance is smaller than bond distance between hydrogen and
nitrogen which is ~1.0Ang, So
On 05/30/2011 03:36 PM, Kavyashree M wrote:
Hello Sir,
I saw the 21824th frame, it dint look unusually stretched when
I superposed against the initial pdb file. there atoms were hydrogen
atoms of two lysine residues.. And in the entire strttch of 100ns
simulation
this is the only periodic image
Hello Sir,
I saw the 21824th frame, it dint look unusually stretched when
I superposed against the initial pdb file. there atoms were hydrogen
atoms of two lysine residues.. And in the entire strttch of 100ns simulation
this is the only periodic image interaction observed, Is it possible to
corre
Hello sir,
I had used a dodecahedron cell for simulation. I have run
the simulation for 100ns, did you man I have to restart the
simulation again?
Thanking you
Kavya
On Sun, May 29, 2011 at 5:40 PM, Tsjerk Wassenaar wrote:
> Hi Kavya,
>
> > "shortest periodic distance is 1.39714 (nm) at time 2
Hi Kavya,
> "shortest periodic distance is 1.39714 (nm) at time 21824 (ps),
> between atoms 2062 and 3688"
> where 2062 is a protein atom and 21824 is a water molecule.
21824 is the time in ps at which the two atoms indicated, 2062 and
3688, are at the short distance given. You can dump the frame
On 28/05/2011 2:16 PM, Kavyashree M wrote:
Dear users,
I ran a simulation of a protein in water with rlist = rcoloumb = 1.4nm,
rvdw = 1.0nm, with PME and the distance between in the periodic
was set to a minimum of 2.0 i.,e distance between protein and cell
edge was set to 1.0nm, Even then, when
Dear users,
I ran a simulation of a protein in water with rlist = rcoloumb = 1.4nm,
rvdw = 1.0nm, with PME and the distance between in the periodic
was set to a minimum of 2.0 i.,e distance between protein and cell
edge was set to 1.0nm, Even then, when I ran g_mindist, there was
a message stating
9 matches
Mail list logo