Zn and Se have similar f' and f''. Why Zn seems have much better phasing
powder in practice? Is it just because Zn always binds tightly on protein
but Se might have higher b-factor?
Guangyu
On 5/14/09 2:31 PM, "Pete Meyer" wrote:
> You might find Structure 14, 973-982 Jun 2006 of interest.
>
tate. This could
affect phasing, but could be avoided in most cases.
Guangyu
On 5/14/09 4:48 PM, "Tommi Kajander" wrote:
> ...Based on what? i doubt thats true.
>
> Quoting "Guangyu Zhu" :
>
>> Zn and Se have similar f' and f''. Why Zn seems
ss/?p=71 )
Is it possible to build one for Mac 10.5.8?
Thanks!
Guangyu Zhu
On 2/26/13 3:32 AM, "George Sheldrick"
wrote:
>As some of you have already discovered, there is a major new release of
>the whole
>of SHELX (the first since 1997) complete with a new homepage that shou
I have this question. For exmaple, a protein could be crystallized in two
crystal forms. Two crystal form have same space group, and 1 molecule/asymm.
One crystal form diffracts to 3A with 50% solvent; and the other diffracts to
3.6A with 80% solvent. The cell volume of 3.6A crystal must be 5/2=
ill most likely be
significantly higher in the 3.6A 80% case; after all that's probably the reason
that it only diffracts to 3.6A!
All things considered I would go for the 3A form.
Cheers
-- Ian
On 15 March 2013 00:27, Guangyu Zhu
mailto:g...@hwi.buffalo.edu>> wrote:
I have this que
