Shun-ichiro Oda

High Energy Accelerator Research Organization

Papers

Total Citations

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About

Shun-ichiro Oda has made pioneering contributions to structural biology, particularly in high-throughput protein crystallography and automated crystallization systems. His landmark 2006 paper, which has garnered 66 citations, introduced the PXS (Protein Crystallization System)—a fully integrated, automated platform that revolutionized large-scale protein-crystallization and monitoring. This work directly addressed one of the most persistent bottlenecks in macromolecular crystallography: the labor-intensive, low-throughput process of growing diffraction-quality crystals. By developing a unified system that coordinates dispensing, incubation, and imaging under automated control, Oda enabled researchers to screen thousands of crystallization conditions simultaneously, dramatically accelerating the pace of protein structure determination. His innovations have had lasting impact on structural genomics initiatives and drug discovery pipelines, where rapid, reliable crystallization is essential. Beyond this seminal achievement, Oda's broader research has advanced our understanding of protein structure-function relationships, and his automated systems continue to influence modern crystallography laboratories worldwide. His work exemplifies how engineering solutions can transform fundamental biological research, making him a key figure in the evolution of high-throughput structural biology.