Abstract

The developing brain is a complex system where neurons and glial cells migrate and form circuits that shape cognition and behavior. This seminar aims to deepen our understanding of GABAergic neurons, advancing neuroscience and therapeutic strategies for neurodevelopmental disorders. These neurons regulate activity, refine circuits, and influence behaviors. Insights from leading labs reveal how these processes shape brain maturation, offering new paths for therapeutic innovation.

The Silva Lab studies how GABAergic neurons and glial cells migrate during early brain development, exploring how these processes influence circuit formation.

The Paredes Lab examines postnatal migration in the human brain, in health and ASD.

The Mayer Lab explores the genetic and molecular mechanisms behind GABAergic neuron development and diversity.

The Batista-Brito Lab investigates the role of specific GABAergic neurons in cortical activity and behavior.