Hello, it should be alright especially if you have NCS. Diffraction anisotropy also springs to mind. Best wishes, Jon.C.

On 25 Nov 2019 13:11, Matthias Oebbeke <oebbe...@staff.uni-marburg.de> wrote:

Dear ccp4 Bulletin Board,

I collected a dataset at a synchrotron beamline and got the statistics 
(CORRECT.LP) after processing (using xds) shown in the attached 
pdf-file.

Do you think this dataset is usable, due to its low completeness? As 
you can see in the attached file the completeness is just 50% in the 
highest resolution shell, whereas the I over Sigma is above 2 and also 
the CC 1/2 (80%) and the R factors (36.8%) have reasonable values. 
Furthermore the overall statistic are good regarding R factor, CC 1/2 
and I over Sigma. The only problem seems to be the completeness. If I 
would set the cut-off at a lower resolution to get good completeness, 
I would throw away nearly half of my reflections.

I'm happy to here your opinion. In Addition to that: The space group 
is orthorhombic and the dataset was collected over 120° using fine 
slicing (0.1°).


Best regards,

Matthias Oebbeke


--
Matthias Oebbeke, M.Sc.
Research Group of Professor Dr. G. Klebe
Institute of Pharmaceutical Chemistry
Philipps-University Marburg
Marbacher Weg 6, 35032 Marburg, Germany
Phone: +49-6421-28-21392
Mail: oebbe...@staff.uni-marburg.de
www.agklebe.de

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