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About

Brian Robertson is a pioneering electrophysiologist whose work has transformed the study of ion channels and cellular excitability. His key research areas include patch-clamp electrophysiology, neuronal signaling, and the development of high-throughput screening technologies for native and primary cells. Robertson's most significant contribution is the invention of the robotic multiwell planar patch-clamp system, which revolutionized the field by enabling automated, parallel recordings from mammalian cells. This breakthrough, detailed in his highly cited 2009 paper (108 citations), dramatically increased experimental throughput while maintaining the precision of traditional patch-clamp methods. The technology has become indispensable for drug discovery, particularly in cardiac safety screening and neurological research, allowing researchers to rapidly assess compound effects on ion channels. Robertson's work bridges fundamental neuroscience and translational pharmacology, providing tools that accelerate the identification of therapeutic targets. His innovations have earned him recognition as a leader in bioengineering and cellular electrophysiology, with his methods now standard in academic and pharmaceutical labs worldwide. By democratizing access to high-quality electrophysiological data, Robertson has empowered a new generation of scientists to explore the electrical properties of cells with unprecedented efficiency.