Hi Ron,
If I understand your statement correctly NCS which does give rise to 'true'
systematic absences must by definition be missed crystallographic symmetry.
However, at the point of data reduction it may well be the case that the
systematically weak reflections are hard to distinguish from
I hacked up a little program to do composite omit maps a couple of years
back. The purpose of the program was to try out an idea I had - an
ML-omit map based on real space restraints on the rest of the density,
using the same mathematics as is used for statistical density
modification. This
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Goal : Structural and mechanistic characterization of artificial
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within a protein scaffold affords artificial metalloenzymes that
Applications are invited for the following positions as
*Ph.D.
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and
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Hi Citizens:
When compiling ccp4 on OS X v. 10.4.11, I get the following failure
for libmmmdb.dylib:
It works fine on 10.5.5, and mmdb v. 1.19 itself (used for coot)
compiles fine under the same conditions.
gcc -dynamiclib -flat_namespace -undefined suppress -fPIC -fno-common -
Does ccp4i work?
On Thu, December 11, 2008 8:06 pm, Jayashankar wrote:
since its a same coot problem,
i have one more,
i am using mac 10.5 leopord osx the thing is, i dont get any pop upped
table even after i do a translate and do a real space refinement .
is it a bug or is it a
