2025 GRC inhibition in the CNS: Organization of Inhibitory Function Across Cellular, Circuit and Network Levels

The 2025 GRC inhibition in the CNS will focus on the role of inhibition in shaping neural circuits underlying normal and pathological behavior. The meeting will span topics from interneuron subtype identity, inhibitory synapse organization, circuits for sensory processing and memory as well as computational approaches to unravel network dynamics. Cutting-edge research in inhibitory function in cortical and subcortical structures will be covered in the conference. In addition, the meeting will address the role of inhibition in the adult neurogenic niche and will include research with a variety of model organisms, such as mouse and primate. Finally, the program will address inhibitory dysfunction in the context of neuropsychiatric disorders. Conference Program - Assembly and Function of Inhibitory Circuits for Learning and Memory (Keynote Session) - Assembly of GABAergic Circuits - Inhibitory Synapses: Structure and Plasticity - Interneuron Circuits for Sensory-Motor Processing and Memory - Inhibition in Subcortical Brain Regions - Computational Approaches to Understand Inhibitory Function - Inhibition and Adult Neurogenesis - Inhibition in Disease States - Inhibition in Primate Circuits