Chronic large-scale single-unit recordings reveal dynamic changes in functional connectivity during learning in mice, highlighting the role of brain networks.
Key Points
Learning reshapes the brain's network connectivity, leading to new patterns in how regions interact and share information.
Increase in functional connectivity occurred, particularly among visual and frontal regions, during the acquisition of No-Go responses.
Assessment involved chronic, large-scale single-unit recordings across 10 brain regions in mice performing a visual decision-making task.
These findings illustrate how brain networks dynamically restructure to optimize decision-making and sensory information propagation.