Skip to contentSkip to filters

We use cookies for analytics.

Mouse Motor Cortex Circuits and Roles in Oromanual Behavior

Neuroscience, Behavioral Neuroscience, Electrophysiology and seminar by Gordon Shepherd, PhD, Northwestern University

Hosted by Ad hoc

Monday 17:00–18:10 Los Angeles (GMT-8)

Ended

Online

Abstract

I’m interested in structure-function relationships in neural circuits and behavior, with a focus on motor and somatosensory areas of the mouse’s cortex involved in controlling forelimb movements. In one line of investigation, we take a bottom-up, cellularly oriented approach and use optogenetics, electrophysiology, and related slice-based methods to dissect cell-type-specific circuits of corticospinal and other neurons in forelimb motor cortex. In another, we take a top-down ethologically oriented approach and analyze the kinematics and cortical correlates of “oromanual” dexterity as mice handle food. I'll discuss recent progress on both fronts.

Topics

cell-type-specific circuitscortical correlatesElectrophysiologyforelimb movementsKinematicsmotor cortexOptogenetics