Hi all,
I recently solved a structure using SAD or SIRAS successfully (refinement using
native data). But I came across some questions about the heave atom (Hg) sites.
SG : P212121. Cell: 61.000 137.700 142.170 90.00 90.00 90.00 (native and
derivative are very similar).
1. I used shelxD f
TARDIS and MyTARDIS (for public and private data respectively) is currently in
production at the Australian Synchrotron and has just received funding to
expand to working with all data being produced from all beamlines (not just
macromolecular) - and also to all instruments at the Australian nuc
Hi Ray,
that depends on how you run REFMAC5. Why don't you paste the skript (from the
GUI, choose "Display & run" instead of just "Run" and a few lines from your
PDB-file?
Tim
On Thu, Aug 19, 2010 at 10:07:04AM -0700, Ray Brown wrote:
> Can anybody shed some light on why my atomic B factors all
Hi Tim,
CGO objects are sparsely documented in PyMOL. Aside from the old
PyMOL Manual and the content on the wiki, there's not much else.
The parameters for a CGO cone object in PyMOL are:
(1) "CONE" the keyword
(2-4) x, y, z position of the base of the cone
(3-5) x, y, z position of the tip of
Can anybody shed some light on why my atomic B factors all end up as 2.00 after
restrained refinement with REFMAC5? Is there a fix?
Thanks.
Ray
email ray-br...@att.net
Hi everyone
Thanks for your emails.
Apparently, there is a wide range of suggestions and ideas about what
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Pete Artymiuk wrote:
---
I have an old badly-written Fortran program (I wrote it for a Vax, but it
still compiles and runs in g95 - isn't Fortran wonderful?) that takes
Arnott & Dover's polar coordinates and converts them to a helix of any
required length* in PDB (or Diamon
Hello,
according to the pymol wiki http://www.pymolwiki.org/index.php/Arrows, pymol >
1.1 has a CONE built-in.
While the code of the API is quite nicely readable and I can guess the meanings
of most of the parameters, I was wondering whether anyone could point me to
documentation of that command
Sorry to come in on this so/ too late.
One way of getting an arbitrarily long helix perfectly aligned along the Z axis
is to use the polar coordinates of Arnott & Dover (1967) J. Mol.Biol 40:209-212
which are derived from fibre diffraction. As Eleanor says these can then be
aligned with your he
Hi,
Has anybody tested the "SoluBL21T Competent E. coli " commercialized by
Gelantis?
Do they really work?..should I use necessarily the M9 medium?..is there any
special trick?
thank you
--- Begin Message ---
> Has anybody tested the "SoluBL21T Competent E. coli "
commercialized by
> Gelantis?
>
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