Karim Benchenane

The paper identifies a slow-breathing recovery state in mice after threat avoidance, linked to hippocampal replay of aversive experiences and impaired by SWR suppression.

The paper examines how ACC neurons in rats respond to rule or strategy changes during learning tasks and shows that hippocampal theta and sharp-wave ripples modulate these responses differently.

The paper quantifies age-related changes in sleep slow waves using EEG data and a computational model, finding slowed dynamics, increased variability, and reduced amplitude with age.

This paper validates a low-cost EEG headband for neurofeedback and introduces a method to distinguish SMR from alpha rhythms using a single recording site.

The paper distinguishes between slow waves and delta waves during NREM sleep, showing type-1 slow waves are homeostatically regulated and linked to down states, while type-2 slow waves confuse the timing of hippocampal sharp-wave ripples.

This study shows that the PFC-VLPO pathway regulates REM sleep fragmentation in response to social defeat stress.

This study shows that breathing-driven prefrontal oscillations sustain fear maintenance in mice without affecting its initiation.

This paper introduces a new classification of NREM sleep stages in mice, revealing human-like stages and their association with neuronal activity changes.

This paper develops a brain-based sleep scoring method using olfactory bulb and hippocampal oscillations in mice, achieving high accuracy comparable to EMG and video tracking.