Masato Kawasaki
Papers
1
Total Citations
66
H-Index
1
About
Masato Kawasaki is a leading figure in structural biology, whose work has significantly advanced high-throughput protein crystallography. His research focuses on overcoming the critical bottleneck of protein crystallization through automation and systems engineering. Kawasaki’s most notable contribution is the development of the PXS (Protein Crystallization System), an automated large-scale platform for protein-crystallization and monitoring. This integrated system, detailed in his highly cited 2006 paper (66 citations), streamlines the entire process—from dispensing to image analysis—enabling parallel, unattended operation. By dramatically increasing the efficiency and reproducibility of crystallization trials, Kawasaki’s innovation has accelerated the pace of macromolecular structure determination. His work bridges the gap between robotics and structural biology, providing essential tools for the structural genomics community. Through this pioneering achievement, Kawasaki has helped transform protein crystallography from a labor-intensive art into a more systematic, high-throughput science, directly impacting the study of drug targets and fundamental biological processes.
Research Focus
Key Achievements
Top Papers
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