Is it a small organic molecule or a modified amino acid within the context
of a protein?
2012/1/29 Tim Schulte
> Dear James,
> I agree with Joao, for fast and dirty minimisation you might try the
> program Chimera or VegaZZ. If you just wanna have an energy-minimized small
> molecule the Prodr
I had exactly the same problem but under Gentoo Linux 64bits using KDE
4.7.4.
In my case, I solved it by re-installing the package for
chemical-mime-data (sci-chemistry/chemical-mime-data), which was missing
since the removal of some Gnome chemical packages with all their
dependencies I didn'
Hi.
We have a pdb-file of a small sequence of aminoacids. In this file there are
atom names, atom coordinates, connects etc. except residue names records. Sure
we can try to write them manually, but I'd like to know if there is some tool
to do this automatically?
--
Andrey
---
Hi Andrey,
I have a script that updates the sequence based on residue numbering
(resi). See attachment.
Usage: set_sequence sequence [, selection [, start ]]
Example:
# import script
run setseq.py
# create a poly-ala peptide
fab A, myobj
# set new sequence
set_sequence CDEFGHIKL, m
Thanks a lot!
A very useful script, but not exactly that I need...
In my pdb file residues are not numbered. I think that I have to determine
amino acids only by atom sequence and connetcions... This problem is a little
more complicated than assigning names to numbered residues, I think...
Do y
On 01/30/2012 02:24 PM, gontchar andrey wrote:
Thanks a lot!
A very useful script, but not exactly that I need...
In my pdb file residues are not numbered. I think that I have to determine
amino acids only by atom sequence and connetcions... This problem is a little
more complicated than assign
Thanks! I'll try it!
On Mon, Jan 30, 2012 at 01:59:59PM +0100, Thomas Holder wrote:
> Hi Andrey,
>
> I have a script that updates the sequence based on residue numbering
> (resi). See attachment.
>
> Usage: set_sequence sequence [, selection [, start ]]
>
> Example:
>
> # import script
> run se
Hi,
I am trying to get the list of hbonds formed using
Apply-find-polarcontacts.
I searched and found some scripts, but they never give me the same result
as the one by default pymol.
Any ideas how I can get the hbonds as a list.
Thanks,
Abhinav
-
Hi everyone,
I am a new guy in this area.. And I just want to know how to build a structure
model of my protein from homologues crystal structure and protein seq.???
Thx
Hong
Sincerely,
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On Mon, Jan 30, 2012 at 6:05 AM, Hong ZHAN wrote:
> I am a new guy in this area.. And I just want to know how to build a
> structure model of my protein from homologues crystal structure and protein
> seq.???
You probably want to try using a homology modeling server for this
rather than PyMOL:
Probably because they set diffently the acceptor-donor cutoff and the
acceptor-hydrogen-donor angle. Use list_hbonds.py from:
http://pldserver1.biochem.queensu.ca/~rlc/work/pymol/
and set the cutoff and angle to the values you wish.
Thomas
On 30 January 2012 16:34, Abhinav Verma wrote:
> Hi
Hi,
We would like to visualize the protein structure at the atoms level,
by visualizing atoms as "balls" and the bonds between them as
"sticks". Is there a way??
Nami
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Hi,
You can set something like this:
set sphere_scale, 0.2
set stick_radius, 0.15
show spheres
show sticks
I usually use lines for the bonds though.
Best,
João
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The mo
I think you can reproduce the results from "apply->find->polar contacts"
option with the PyMOL built-in "distance" command. E.g.
distance hbonds, all, all, 3.2, mode=2
The problem is that you cannot set the A-H-D angle which is important for
the definition of the H-bond.
On 30 January 2012 18:4
Hi Nami,
You want http://www.pymolwiki.org/index.php/Ball_and_Stick
Katherine
On Mon, Jan 30, 2012 at 10:46 AM, nami sugiyama
wrote:
> Hi,
>
> We would like to visualize the protein structure at the atoms level,
> by visualizing atoms as "balls" and the bonds between them as
> "sticks". Is ther
I think you got your answers from the AMBER and GROMACS mailing list :)
Just a comment about PRODRG server, it is not the best choice for geometry
optimization and charge calculation.
Lemkul, J.A., Allen, W.J., and Bevan, D.R. (2010) Practical Considerations
for Building GROMOS-Compatible Small M
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