Nobuhiro Mizuno

Japan Synchrotron Radiation Research Institute, Nagoya Institute of Technology

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About

Nobuhiro Mizuno is a researcher at the forefront of structural biology and robotics, with a distinctive interdisciplinary approach that bridges macromolecular crystallography and remote automation. His most impactful work centers on developing innovative *in situ* crystal data-collection and ligand-screening systems at SPring-8, Japan’s premier synchrotron facility. This 2022 study, which has garnered 12 citations, introduces a groundbreaking method for evaluating macromolecular crystal quality directly within crystallization plates, eliminating the need for cryocooling and simplifying sample handling—a significant advancement for high-throughput structural analysis. Mizuno’s contributions extend into robotics, as demonstrated by his 2003 work on an Internet-based tele-robot environment for time-critical tasks, such as catching a falling ball using remote control commands and a vision-guided robotic system. This early exploration of teleoperation and real-time image processing, with 6 citations, showcases his versatility and foresight in applying automation to complex, dynamic challenges. By integrating these domains, Mizuno has advanced both the efficiency of structural biology experiments and the capabilities of remote robotic systems, making his work a valuable resource for researchers in crystallography, automation, and interdisciplinary science.