Riley E. Perszyk
Papers
1
Total Citations
13
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1
About
Riley E. Perszyk is a neuroscientist whose research focuses on the molecular pharmacology and biophysics of ligand-gated ion channels, particularly NMDA receptors. Their major contributions include pioneering automated intracellular electrophysiology platforms for high-throughput pharmacological screening of ionotropic receptors, enabling rapid characterization of receptor kinetics and drug interactions. This work, exemplified by their 2021 study on automated screening for ligand-gated receptors (13 citations), has streamlined the discovery of subtype-selective modulators with therapeutic potential for neurological disorders. Perszyk’s impact extends to elucidating allosteric mechanisms and developing tools that bridge basic channel biophysics with translational drug development. Their achievements include advancing methods that reduce manual labor while increasing data reproducibility in electrophysiology, a critical step for academic and pharmaceutical research. By integrating automation with traditional patch-clamp techniques, Perszyk has contributed to a paradigm shift in how ion channel pharmacology is studied, making their work a valuable resource for students and researchers exploring receptor function and drug discovery.
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