Motoaki Seki
Papers
2
Total Citations
101
H-Index
2
About
Motoaki Seki is a leading researcher whose work bridges structural biology, plant genomics, and computational drug discovery. His key research areas include protein–ligand interaction analysis, functional genomics of stress responses in plants, and the development of integrated screening strategies for identifying small molecule binders. One of his major contributions is the design of a structure-based strategy that combines *in silico* screening with surface plasmon resonance measurements to discover small ligands for functionally unknown proteins—a pivotal approach for postgenomic functional annotation. This work has garnered 64 citations and remains influential in the field of chemical biology. In plant science, Seki advanced drought stress research by constructing and sequencing full-length cDNA libraries for common beans (*Phaseolus vulgaris*), generating critical EST resources that enable the identification of stress-responsive genes. This study, with 37 citations, supports crop improvement efforts. Seki’s interdisciplinary impact is evident in his ability to integrate computational and experimental methods, making him a notable figure in both structural and plant genomics research. His work continues to inspire students and researchers seeking to unravel protein function and enhance crop resilience.
Research Focus
Key Achievements
Top Papers
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