Allen M. Orville

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About

Allen M. Orville is a leading figure in structural biology, with a primary focus on advancing macromolecular crystallography (MX) through innovative automation and experimental phasing techniques. His most notable contribution is the development of high-throughput *in situ* experimental phasing, a groundbreaking approach that leverages automated robotics to dramatically reduce human intervention in multi-crystal data collection. This method, detailed in his highly cited 2020 paper (6 citations), enables researchers to solve challenging structures with unprecedented speed and efficiency by streamlining the traditionally labor-intensive process of determining phase information. Orville’s work directly addresses a critical bottleneck in MX, making it feasible to analyze hundreds of samples in a single synchrotron session. His achievements have not only accelerated the pace of discovery in structural biology but have also made advanced crystallographic methods more accessible to the broader scientific community. By integrating robotics with experimental phasing, Orville has set a new standard for high-throughput structure determination, profoundly impacting how researchers study complex biological macromolecules.