Kay Diederichs
Papers
1
Total Citations
98
H-Index
1
About
Kay Diederichs is a leading figure in structural biology, renowned for his foundational contributions to macromolecular crystallography and data processing methodology. His research centers on developing robust computational and experimental techniques for determining high-resolution protein structures, with a particular emphasis on membrane proteins. Diederichs is best known for co-developing the widely used XDS software package, a gold standard for processing X-ray diffraction data that has enabled countless structural discoveries. His work on the "in meso in situ" serial X-ray crystallography method, detailed in a 2015 paper with 98 citations, revolutionized the field by allowing direct diffraction data collection from crystals growing in lipid cubic or sponge phases at cryogenic temperatures. This innovation eliminated the technically demanding and inefficient crystal-harvesting step, significantly streamlining the study of both soluble and membrane proteins. With thousands of citations across his corpus, Diederichs’ methodological advancements have had a profound and lasting impact, making high-quality structural analysis more accessible and accelerating progress in understanding biological mechanisms and drug design.
Research Focus
Key Achievements
Top Papers
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