Open access
Sep 2026
Neocortical long-range inhibition promotes cortical synchrony and sleep
Sleep and wakefulness are associated with distinct cortical patterns of rhythmic activity1. During low-arousal states such as slow-wave sleep, synchronous low-frequency rhythms dominate activity across widespread cortical regions. Although inhibitory neurons are increasingly recognized as key regulators of cortical sta...
Jacob M. Ratliff, Geoffrey Terral, Arenski Vazquez et al.
· Nature · 0 citations