SeminarRecording AvailableNeuroscience

Recurrent problems in spinal-cord and cerebellar circuits

Schedule
Tuesday, February 16, 2021
13:00 UTC
Steve Edgley

Dr.

Department of Physiology, Development and Neuroscience, University of Cambridge

Host: Cambridge Neuro

Recording

Event Information

Recording

Available

Host

Cambridge Neuro

Duration

70 minutes

Abstract

One of the best established recurrent inhibitory pathways is the recurrent inhibition of mammalian motoneurons through Renshaw cells. Golgi cells form an inhibitory feedback circuit in the granular layer of cerebellum. Feedback inhibitory pathways are long established “textbook” elements of neural circuitry, but in both cases their functional role has not been well established. Here I will present some new observations on the function of recurrent inhibition in the spinal-cord, supporting the idea that this connection frequency tunes transmission of inputs through motoneurons. Secondly, I will discuss evidence that the function of Golgi cells is much more complex than classical studies based on circuit connectivity suggest.

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