Lynda Tyrrell
Papers
1
Total Citations
46
H-Index
1
About
Lynda Tyrrell is a pioneering electrophysiologist whose work bridges the gap between automated technology and fundamental ion channel biology. Her research centers on the biophysical characterization of ion channel mutations, particularly sodium channels, and their roles in disorders of excitability. Tyrrell’s most cited work, “Can robots patch-clamp as well as humans? Characterization of a novel sodium channel mutation” (2010, 46 citations), is a landmark study that validated the use of automated patch-clamp systems for high-throughput analysis of disease-associated mutations. By demonstrating that robotic platforms could reliably replicate manual electrophysiology results, she enabled faster, more reproducible screening of channelopathies. This contribution has been instrumental in advancing drug discovery and personalized medicine for conditions like epilepsy and cardiac arrhythmias. Tyrrell’s research has also explored how missense mutations alter channel gating and conductance, providing mechanistic insights into excitability disorders. Her work is widely cited by both academic labs and pharmaceutical researchers seeking to integrate automation into ion channel research. Through her rigorous validation of robotic patch-clamp techniques, Tyrrell has helped democratize electrophysiology, making it accessible for large-scale studies of mutation function.
Research Focus
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Top Papers
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