SeminarRecording AvailableNeuroscience

Diverse synaptic mechanisms underlie visual signaling in the retina

Schedule
Friday, April 24, 2020
13:00 UTC
Jeffrey Diamond

Dr

NIH Bethesda

Host: Sussex Visions

Recording

Event Information

Recording

Available

Host

Sussex Visions

Duration

70 minutes

Abstract

Our laboratory seeks to understand how neural circuits receive, compute, encode and transmit information. More specifically, we’d like to learn what biophysical and morphological features equip synapses, neurons and networks to perform these tasks. The retina is a model system for the study of neuronal information processing: We can deliver precisely defined physiological stimuli and record responses from many different cell types at various points within the network; in addition, retinal circuitry is particularly well understood, enabling us to interpret more directly the impact of synaptic and cellular mechanisms on circuit function. I will present recent experiments in the lab that exploit these advantages to examine how synapses and neurons within retinal amacrine cell circuits perform specific visual computations.

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