On Friday, April 08, 2011, Jacob Keller wrote:
> Does anyone know what the record is for "most reflections per atom?"
It goes up as high as 300 reflections per modelled atom in some
virus structures modelled with strict NCS.
There's one outlier in the current PDB set with >1000 refls/atom.
Does anyone know what the record is for "most reflections per atom?"
JPK
On Fri, Apr 8, 2011 at 8:06 AM, Ian Tickle wrote:
> Hi Kenneth,
>
>> I know that TLS is a group B factor for regions of proteins that are moving
>> the same.
>
> You have to be a bit careful here: first B factors do not ne
Hi Kenneth,
> I know that TLS is a group B factor for regions of proteins that are moving
> the same.
You have to be a bit careful here: first B factors do not necessarily
imply motion, they imply displacement (i.e. it could mean static
displacements which just vary between unit cells). That's
e: Thu, 7 Apr 2011 19:39:39 -0500
> From: satys...@wisc.edu
> Subject: [ccp4bb] anisotropy vs TLS
> To: CCP4BB@JISCMAIL.AC.UK
>
> peoples:
>
> I know that TLS is a group B factor for regions of proteins that are moving
> the same.
> It is used in low res structures. B
Hi Kenneth,
I hope this will answer most of your questions:
http://www.phenix-online.org/newsletter/
see "TLS for dummies" and "On atomic displacement parameters..." articles.
Pavel.
On Thu, Apr 7, 2011 at 5:39 PM, Kenneth A. Satyshur wrote:
> peoples:
>
> I know that TLS is a group B factor
peoples:
I know that TLS is a group B factor for regions of proteins that are moving the
same.
It is used in low res structures. But at what resolution does one begin
anisotropic, i.e
individual aniso for each atom, and leave TLS out. Or can one still use TLS to
first
compensate for large motio
