Min Yao

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About

Dr. Min Yao is a leading structural biologist whose work has significantly advanced macromolecular crystallography, particularly through innovations in phasing techniques. His primary research focuses on developing novel methods for determining protein structures, with a major contribution being the advancement of native single-wavelength anomalous dispersion (SAD) phasing. This approach leverages the weak anomalous signals from naturally occurring light atoms like sulfur and phosphorus, eliminating the need for heavy atom derivatization or selenomethionine labeling. Dr. Yao’s notable work includes the development of a solution-free crystal-mounting platform, which minimizes background noise and enhances the detection of these faint signals, making native SAD a more accessible and routine method. His 2020 paper on this platform has garnered 8 citations, reflecting its growing importance in the field. By simplifying data collection and expanding the applicability of native SAD, Dr. Yao has provided the structural biology community with a powerful tool for solving challenging protein structures, particularly those that are difficult to derivatize. His contributions are paving the way for faster, more efficient structure determination, directly impacting drug discovery and our understanding of biological mechanisms.