Seminar · Neuroscience
Inhibitory neural circuit mechanisms underlying neural coding of sensory information in the neocortex
Jeehyun Kwag · Korea University
Fri, Jan 29, 2021 · 15:00 UTC
Neural codes, such as temporal codes (precisely timed spikes) and rate codes (instantaneous spike firing rates), are believed to be used in encoding sensory information into spike trains of cortical neurons. Temporal and rate codes co-exist in the spike train and such multiplexed neural code-carrying spike trains have been shown to be spatially synchronized in multiple neurons across different cortical layers during sensory information processing. Inhibition is suggested to promote such synchronization, but it is unclear whether distinct subtypes of interneurons make different contributions in