Saisissez votre nom et la taille voulue afin de vous inscrire pour recevoir un t-shirt.

Le CNRS sur le Web

Glial cells are increasingly recognized as active participants in the control and regulation of sleep. This perspective highlights emerging evidence showing that astrocytes, microglia, and oligodendrocytes play key roles in sleep expression, homeostasis, and its proposed functions. I also explore im …

Join the international astrocyte research community. Monthly seminars and the 2026 Pamplona Conference.

Offres d’emploi et atouts de l’employeur INRAE, institut de recherche public spécialisé dans l’agriculture, l’alimentation et l’environnement.

Face au danger, notre survie dépend d’une réaction rapide : le stress.

Ce questionnaire a été conçu pour évaluer votre expérience et votre relation avec la société des neurosciences. Il n'y a donc ni bonnes ni mauvaises réponses, seulement votre perspective.

UK Glia 2026 meeting will highlight the pivotal role of glia in brain physiology, offering invaluable insights for those investigating glia function in both health and disease. Find out more about the...

Degeneration of myelinating oligodendrocytes and the resulting breakdown of the myelin sheath are key drivers of neurodegeneration and disability across numerous central nervous system pathologies. Thus, a compelling strategy to preserve neuronal function is to promote endogenous myelin repair by oligodendrocyte precursor cells (OPCs). Extracellular vesicles (EVs) secreted by pro-regenerative microglia have been shown to enhance OPC maturation and remyelination across different experimental m...

YouTube video by PSL-Qlife

Sheehan et al. have characterized the circadian translatomes of astrocytes and microglia in the mouse cortex in the context of amyloid pathology or aging, revealing cell- and disease-specific reprogra...

UK Glia 2026 meeting will highlight the pivotal role of glia in brain physiology, offering invaluable insights for those investigating glia function in both health and disease. Find out more about the...

Astrocyte diversity is greatly influenced by local environmental modulation. Wang et al. report a critical role for astrocytic primary cilia in transmitting local cues that drive the region-specific diversification of astrocytes within the developing mouse brain.