Electrophysiology is utilized, especially in neurology and cardiovascular fields, to develop new therapeutics, scientific instruments, medical devices, or improved approaches to clinical care. Achieving a deeper level of understanding of the underlying biology often requires researchers to develop new and customized experimental platforms including single electrode, microplate, or multi-electrode arrays for cell culture or in vivo use. These platforms can quickly generate large, heterogeneous data sets that require advanced analytical methods or the ability to scale up computational approaches. Researchers are increasingly using simulation and machine learning to understand and predict the behavior of systems across large length and time scales.

MATLAB® is pervasive in electrophysiology research and development, providing capabilities for key challenges including:

Explore how electrophysiology is used in neuroscience.

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Email Fulden Buyukozturk, Biological Sciences Industry Manager