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Seminar✓ Recording AvailableNeuroscience

Electrical coupling of optic nerve axons - a novel model of gap junctions' involvement in optic nerve function

Adrian Smedowski

Dr

Medical University of Silesia

Schedule
Monday, June 1, 2020

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Schedule

Monday, June 1, 2020

6:00 PM Europe/Warsaw

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Host: neuroEYEscience

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Recording provided by the organiser.

Event Information

Domain

Neuroscience

Original Event

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Host

neuroEYEscience

Duration

70 minutes

Abstract

Axons in the optic nerve are arranged in bundles and conducting action potential with resistance related to their membrane. Optic nerve axons do not form absolutely independent conductive channels. They are directly coupled by gap junctions formed in majority by neuronal Cx45. Coupling of axons, except known transpassing functions, allows to reduce axonal membrane resistance of optic nerve and accelerates transduction of visual signal. This novel finding have substantial implications for understanding of the pathogenesis of various optic neuropathies and identifies a new potential target for a therapeutic approach.

Topics

action potentialaxonal membrane resistancecx45electrical couplinggap junctionsneuronal couplingoptic nerveoptic neuropathiessignal conductionvisual signal transduction

About the Speaker

Adrian Smedowski

Dr

Medical University of Silesia

Contact & Resources

Personal Website

fizjologia.sum.edu.pl

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