Gyorgy Snell
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1
Total Citations
52
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About
Driven by a mission to accelerate structural biology, Gyorgy Snell has made pivotal contributions to high-throughput protein crystallography, with a particular focus on tuberculosis (TB) research. As a key figure in the TB Structural Genomics Consortium, Snell helped pioneer automated pipelines that streamline the entire process—from protein crystallization to electron density interpretation. His landmark 2002 paper, "The TB structural genomics consortium crystallization facility: towards automation from protein to crystal," which has garnered 52 citations, details the development of one of nine NIH-sponsored P50 structural genomics centers. This work introduced integrated automation for crystallization, data collection, and bias-minimized molecular replacement, dramatically reducing the time from gene to structure. By enabling rapid, reliable structure determination of TB proteins, Snell’s innovations have laid critical groundwork for drug target identification and the fight against infectious diseases. His efforts exemplify how engineering automation into structural biology can accelerate discovery, making him a notable figure in the push for high-throughput, reproducible science.
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