Platform

  • Search
  • Seminars
  • Conferences
  • Jobs

Resources

  • Submit Content
  • About Us

© 2025 World Wide

Open knowledge for all • Started with World Wide Neuro • A 501(c)(3) Non-Profit Organization

Analytics consent required

World Wide relies on analytics signals to operate securely and keep research services available. Accept to continue, or leave the site.

Review the Privacy Policy for details about analytics processing.

World Wide
SeminarsConferencesWorkshopsCoursesJobsMapsFeedLibrary
Back to SeminarsBack
SeminarPast EventNeuroscience

Mouse Motor Cortex Circuits and Roles in Oromanual Behavior

Gordon Shepherd

PhD

Northwestern University

Schedule
Tuesday, January 14, 2025

Showing your local timezone

Schedule

Monday, January 13, 2025

5:00 PM America/Los_Angeles

Host: Ad hoc

Access Seminar

Event Information

Domain

Neuroscience

Original Event

View source

Host

Ad hoc

Duration

70 minutes

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 correlatescorticospinal circuitselectrophysiologyforelimb movementskinematicsmotor cortexoptogeneticsoromanual behaviour

About the Speaker

Gordon Shepherd

PhD

Northwestern University

Contact & Resources

No additional contact information available

Related Seminars

Seminar60%

Knight ADRC Seminar

neuro

Jan 20, 2025
Washington University in St. Louis, Neurology
Seminar60%

TBD

neuro

Jan 20, 2025
King's College London
Seminar60%

Guiding Visual Attention in Dynamic Scenes

neuro

Jan 20, 2025
Haifa U
January 2026
Full calendar →