Summary
This study used high-density CMOS micro-electrode arrays with over 4000 electrodes to investigate how sinusoidal electrical stimulation affects retinal circuitry in rodents, varying both frequency and amplitude. Findings may inform the design of retinal prosthetics and deepen understanding of how the retina processes periodic stimulation relevant to flicker and dynamic lighting conditions.
Categories
Eye Health & Vision: Investigates electrical stimulation effects on retinal circuitry, relevant to understanding retinal function and potential therapeutic interventions.
The Science of Light: Examines photoreceptor and retinal circuit responses to stimulation parameters, contributing to understanding of retinal signal processing.
Author(s)
F Jetter
Publication Year
2022
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