Papers
1
Total Citations
62
H-Index
1
About
Hsinyu Lee is a pioneering researcher in chemical biology and glycomics, best known for developing innovative tools to study carbohydrate-mediated interactions. His most cited work introduces a novel glycan array platform using aluminum oxide-coated glass slides, where glycans are attached through phosphonate chemistry or polyfluorinated hydrocarbon tails. This technology enables high-throughput analysis of enzymatic reactions and protein-glycan binding, addressing critical challenges in understanding cell surface recognition events. With over 60 citations, this foundational method has advanced the field of glycan microarrays, offering improved stability and versatility over traditional approaches. Lee’s contributions are instrumental in unraveling the roles of glycans in biological processes such as cell signaling, pathogen adhesion, and immune responses. His work bridges chemistry and biology, providing researchers with robust tools for drug discovery and biomarker development. Through these achievements, Hsinyu Lee has established himself as a key figure in glycoscience, driving forward the study of complex carbohydrate functions with practical, scalable technologies.
Research Focus
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