Intelligent In-Cell Electrophysiology: Reconstructing Action Potentials from Nanoelectrode Data Using Physics-Informed Deep Learning.
Zeinab Jahed,
Keivan Rahmani,
Ethan Foster
et al.
Abstract:Intracellular electrophysiology is utilized across different scientific and medical disciplines, including neuroscience, cardiology, and pharmacology, due to its pivotal role in exploring and comprehending the electrical properties of cells within diverse biological systems. Traditional methods for intracellular electrophysiology, such as patch-clamp, are highly precise but suffer from being low-throughput and invasive. In contrast, Nanoelectrode Arrays (NEAs) present a promising alternative, enabling simultan… Show more
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