Electron crystallography of small molecules: Big impact on science!
Small-molecule crystallography is routinely done with X-rays, but who says that electrons cannot be used for the same ...
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Electron crystallography of small molecules: Big impact on science!
Small-molecule crystallography is routinely done with X-rays, but who says that electrons cannot be used for the same ...
EIGER R 4M empowers crystallographers
Three very different laboratories have upgraded their diffractometers to make exciting science possible and improve ...
Featured laboratory: X-ray crystallography at UCSD
The X-ray crystallography facility at UCSD has recently installed an EIGER R 1M detector. How are they getting on with ...
Billions of plastic bottles could be properly recycled with the help of a PET-degrading enzyme whose structure has just ...
Featured Beamline: MASSIF-1 at the ESRF
Fully automated beamline MASSIF-1 at the ESRF is democratizing data collection by letting small groups succeed with big ...
Nearly half of the 8292 X-ray structures released by the PDB so far this year are based on PILATUS data. The rise of ...
To efficiently develop new active pharmaceutical ingredients and obtain approval, researchers require the exact ...
10,000 PILATUS structures in PDB
The 10,000th structure determined with PILATUS data has been released by the PDB. Nicholas Pearce wins a trip for two ...
If you determined your structure with PILATUS data and have it released by the PDB next week, you might be the lucky ...
Process EIGER data with XDS fast
NEGGIA, the first plugin for XDS, enables direct and highly efficient reading of EIGER HDF5 data for accelerated ...
In 2016, PILATUS and EIGER users determined more wonderful structures than ever before. In this compilation of your ...