I think this is pretty much the reason. Other than the fact that completely
different methods are used to solve small molecule vs. macromolecular
structures, there are a number of reasons that macromolecular structures aren't
as easily/routinely solved.
A good starting point is to remember
Hi James,
small molecule structures usually model every or nearly every atom in the
asymmetric unit - do you think that simple answer is too naive?
Best,
Tim
On Friday, September 15, 2017 9:25:25 AM CEST James Holton wrote:
> You know, I've been pondering that question for most of my adult
Hmm - that is a bit vague..
There is a CCP4 program pdbset
pdbset xyzin monomer.pdb
rotate polar theta phi kappa
shift x y z
But you need to know what to rotate and shift..
Easier is to find a model and fit your monomers over the model.
Once you have the rotation done - pISA will tell you the
HI all,
I have a Structure of dimer where I would like to rotate one
monomer with respect to other to know the interface surface area buried in
different orientations.
which software should I use to generate different orientation?
thanks for the help.
--
Vandna Kukshal
Hello all,
I am intending to do selenomethionine labelling in E.coli, however my
department have asked me for a risk assessment for the experiment due to the
toxicity of the selenomethionine. It would be a great help to me if anyone out
there already has one that they could email to me to look
