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About

Fanning Zeng is a pioneering figure in electrophysiology and drug discovery, best known for advancing automated patch-clamp technology. His seminal 2009 paper, "Robotic multiwell planar patch-clamp for native and primary mammalian cells," has garnered over 108 citations, establishing a foundational method for high-throughput ion channel screening. Zeng’s major contribution lies in adapting planar patch-clamp platforms—traditionally limited to cell lines—to work with primary and native mammalian cells, which are far more physiologically relevant. This breakthrough enabled researchers to study drug effects on neurons, cardiomyocytes, and other difficult-to-culture cells with unprecedented efficiency and accuracy. By integrating robotics and multiwell formats, his work dramatically increased experimental throughput while maintaining data quality, accelerating both basic research and pharmaceutical development. Zeng’s innovations have been instrumental in bridging the gap between traditional low-throughput electrophysiology and the demands of modern drug discovery, making him a key figure in the evolution of ion channel research. His efforts continue to inspire new approaches in neurobiology, cardiac safety testing, and personalized medicine.