You said:
> 8) Processed in P6, P312 and P321, all of course suggest twinning.
These will all suggest partial twinning, but not necessarily perfect
twinning. I would start to consider twinning a possibility if the
statistics for these lower symmetry space groups suggest a partial twin fraction
of
The sizes of several arrays (such as the ones that store atomic positions) are
defined at compile time, and your structure appears to have run up against one
such limit. Here's what the CNS website says:
"Changing array dimensions
The array dimensions for several arrays which may need to be cha
2 methionines in 63 amino acids might work. However, if I'm reading your
message correctly, the methionines are likely to be located in disordered
loops, which makes them less of a good bet.
One alternative to consider is using modified DNA oligos, e.g. with
5-iodo-deoxyuracil or 5-bromo-deoxyur
Yong-
There is a program called PAWS that does exactly what you're talking
about, and
I think there is a freeware version (unfortunately for PC only, it appears):
http://bioinformatics.genomicsolutions.com/paws.html
Josh
Quoting Artem Evdokimov <[EMAIL PROTECTED]>:
Dear Yong,
There are se
Here's another late addition to the discussion, which Chad's comment
reminded me
of:
We just deposited a similar-sounding structure of a DNA polymerase
(2HVI). The
protein is in the closed conformation, with ddCTP pairing with G in the active
site of the two monomers in the ASU. A third ddCT
