I am adding solvent molecules into unmodelled blobs of density in Coot.
When I am finished, I merge molecules, then save my coordinates. For some
reason Coot is saving two copies of each molecule that I have modelled and
assigns them different chain ID's. I notice this when I open it in PyMol
and
I am trying to install Coot on a laptop that runs Ubuntu. Following the
instructions on the CCp4wiki
http://strucbio.biologie.uni-konstanz.de/ccp4wiki/index.php/Coot#Packages_for_Ubuntu
sudo apt-key adv --keyserver keyserver.ubuntu.com --recv-keys 1DC81A57
sudo add-apt-repository ppa:mok0/ppa
a
I running Ubuntu on a laptop (Toshiba Satellite L505 ATI/AMD FGLRX graphics
driver). I downloaded and installed PyMol but it runs poorly. For some
reason, it runs fine the very first time I use it after I login, but every
time I launch it after that all of the buttons and text of the the PyMol
View
oad any files from the pymol website.
>
> Best regards,
>
> Claudio Shah
>
>
> Am Mittwoch, den 15.12.2010, 10:50 -0500 schrieb Michael Murphy:
> > I running Ubuntu on a laptop (Toshiba Satellite L505 ATI/AMD FGLRX
> > graphics driver). I downloaded and installed PyM
Hi All,
Does anyone know how to fix the default view mode in Coot, where things
disappear from your view when you zoom in on them?
Hi All,
I have a pdb file of a single domain from a protein. The amino acid
residues are numbered based on their position in the full length protein, so
they do not start at 1, but I would like them to. Coot has a Renumber
Residues feature under the Calculate menu, but it does not appear t
Does anyone know of a way to adjust Ramachandran angles so that they fall
within the preferred range? Either in Coot or possibly some online server?
I have been trying to do it manually without much success, I was wondering
whether there might another way to do it. -Thanks
If you have found a condition that is yielding crystals, but they are
either too many/too small or do not have a very optimal shape, I have found
varying the drop sizes and/or ratios of protein:precipitant solutions can
make a big difference
On Wed, Jul 4, 2012 at 5:33 AM, REX PALMER wrote:
> Doe
I am looking to compare the B-factors of a particular stretch of DNA bases
when bound by several different proteins. I have crystal structures for
each, but the structures are of different resolutions and also then
different Wilson B-factors. Is it valid to compare those B-factors
directly? (probab
I am trying to compare structures of the same protein in the apo form and
when bound to several different ligands. There are differences, but they
are subtle and I am unsure whether they are actually significant or just do
to coordinate error or something similar. Is there a theoretical minimum
(in
I am using Phenix 1.8-1069. I am having a problem with phenix refine
terminating with an error message. I added several solvent molecules, MPD
and bicarbonate in Coot, and ran Phenix ReadySet to generate restraints for
them and applied those restraints to all future jobs in that project. When
I try
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