Koki Sato

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About

Koki Sato is a pioneering researcher in the field of automated biological sample preparation, with a primary focus on radiation dosimetry and cytogenetics. His most notable contribution is the development of the "Robot System for Preparing Lymphocyte Chromosome," a groundbreaking 1992 work that has garnered 48 citations. In this study, Sato addressed the critical need for automating chromosome aberration scoring in radiation dosimetry by modifying conventional culture and harvesting methods. He introduced the Culture and Harvest Robotic System (CHROSY), a fully automated platform designed to improve the consistency, efficiency, and reliability of biological preparations for chromosome analysis. This innovation significantly advanced the field by reducing human error and labor-intensive manual steps, enabling higher-throughput processing of samples for radiation exposure assessment. Sato’s work has had a lasting impact on cytogenetic biodosimetry, providing a foundational framework for integrating robotics into laboratory workflows. His achievements underscore a commitment to bridging engineering and biology, making complex procedures more accessible and reproducible for researchers and clinicians alike.