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About

Chris Peers is a leading figure in cellular and molecular neuroscience, with a particular focus on ion channel physiology and its role in oxygen sensing and neuroprotection. His pioneering work has advanced our understanding of how neurons and other excitable cells respond to hypoxia, particularly through the modulation of voltage-gated calcium and potassium channels. One of his most impactful contributions is the development of a robotic multiwell planar patch-clamp system for native and primary mammalian cells (2009, 108 citations), a breakthrough that dramatically increased the throughput and accessibility of electrophysiological recordings. This innovation has enabled high-resolution studies of ion channel function in primary cells, bridging the gap between traditional patch-clamp techniques and drug discovery. Peers’ research has profound implications for conditions such as stroke, Alzheimer’s disease, and chronic hypoxia, where dysregulated ion channel activity is a key pathological driver. With over a hundred citations on this seminal paper alone, his work continues to shape the landscape of neurobiology and pharmacological screening, making him a vital resource for students and researchers exploring the intersection of biophysics, disease mechanisms, and therapeutic innovation.