Antoine Adamantidis

This study shows that automatic deep learning models for mouse sleep scoring struggle to generalize across labs due to signal variability and label noise, and proposes four robust models trained on diverse data.

This study examines structural and functional changes in intrinsically photosensitive retinal ganglion cells (ipRGCs) in Alzheimer's disease, finding severe loss and altered function of these cells that may contribute to circadian rhythm disruption.

The paper shows that oxytocin-induced astrocyte process retraction in the amygdala modulates freezing behavior during stress by enhancing neuronal sensitivity to potassium.

This study shows that Cdk5 activity, modulated by light, gates rapid circadian phase shifts by regulating calcium influx and signaling pathways in SCN neurons.

The paper shows that intrinsic neural timescales increase along the human auditory network, correlating with auditory response latencies.

This study investigates the effects of brain-specific noradrenergic depletion on behavior and gene expression, finding anxiolytic effects and altered gene regulation in vulnerable brain regions.

This study shows that REM sleep and cataplexy can be dissociated in Hcrt-KO mice through ambient temperature manipulation, revealing distinct neural circuit controls.

This study identifies reciprocal GABAergic projections between the lateral hypothalamus and dorsal raphe nucleus that promote wakefulness through mutual inhibition and network activity modulation.

This study investigates the relationship between cortical excitability and resilience to perturbations using optogenetic and direct stimulation in mice and humans, finding a correlation with GABAergic modulation.

The paper re-evaluates slow-wave dynamics as a proxy for NREM sleep homeostasis, finding distinct delta-wave types with different responses to sleep deprivation and recovery.

This study investigates the role of Snord116 in regulating sleep patterns and cortical neuronal activity in a PWS mouse model, finding abnormalities in REM sleep and sleep spindles.

This study maps the distribution of MCHR1 in the murine CNS, showing its presence in neuronal primary cilia across multiple brain regions and its association with various neurochemical markers.

This study shows orexin/hypocretin neurons rapidly control movement by integrating sensory input and initiating locomotion.

This study examines theta-gamma coupling dynamics during REM sleep, showing increased coupling in subicular and cortical regions and its role in memory mechanisms.