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About

Bernhard Rupp is a structural biologist whose research has fundamentally advanced the automation and methodology of protein crystallography, with particular emphasis on high-throughput structural genomics. Working at the intersection of robotics, crystallization science, and structural biology, Rupp has made lasting contributions to the development of automated pipelines that streamline the journey from purified protein to solved crystal structure. Among his most influential contributions is his predictive modeling work for protein crystallization (2004, 71 citations), which provided researchers with powerful tools to anticipate crystallization success and optimize experimental conditions. His involvement with the TB Structural Genomics Consortium (2002, 52 citations) placed him at the forefront of one of nine NIH-sponsored structural genomics centers, where automated crystallization, data collection, and molecular replacement workflows were pioneered to combat tuberculosis research bottlenecks. Rupp's sustained focus on robotic crystal harvesting — spanning operator-assisted systems (2007, 26 citations) to semi-autonomous platforms (2011, 16 citations) — directly addressed one of crystallography's most persistent manual bottlenecks. His laboratory-scale structural genomics work further democratized these high-throughput approaches for smaller research groups. Collectively, his contributions have helped transform protein crystallography from a labor-intensive art into a scalable, reproducible science.