Bob Cudney
Papers
1
Total Citations
26
H-Index
1
About
Bob Cudney is a leading figure in the automation of structural biology, whose work has fundamentally streamlined the high-throughput pipeline for protein crystallography. His key research areas center on robotic systems for crystal harvesting, advanced crystallization techniques, and the integration of computer-assisted workflows to accelerate macromolecular structure determination. Cudney’s most notable contribution is the development of a universal micromanipulation robot for operator-assisted harvesting of protein crystals, a breakthrough detailed in his highly cited 2007 paper (26 citations). This innovation bridged the gap between automated crystallization setup and manual crystal mounting, enabling researchers to precisely and non-destructively extract fragile crystals for data collection. By demonstrating that complete robotic pipelines—from cocktail preparation to plate inspection—are feasible, Cudney helped reduce human error and increase throughput in labs worldwide. His work has been instrumental in advancing structural genomics initiatives, where speed and reproducibility are critical. For students and researchers, Cudney’s achievements exemplify how engineering and biology converge to solve practical bottlenecks, making him a pivotal figure in modern crystallography.
Research Focus
Key Achievements
Top Papers
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