The profound functional significance of myelin is revealed by the severe neurological deficits that are consequent upon multiple inherited or acquired demyelinating conditions./physiologyCategory:...
Maintaining average activity level within a set-point range constitutes a fundamental property of central neural circuits./physiologyCategory: Dept. of Physiology
Physiology Friday Seminar Series
How social and symbiotic behaviors evolve in the Metazoa is poorly understood at the cellular and molecular levels./physiologyCategory: Dept. of Physiology
Physiology Friday Seminar Series
The Department of Physiology would like to congratulate the Mandl Lab on their recent publication in Nature Immunology entitled "Migration-induced cell shattering due to DOCK8 deficiency causes a...
Over the last 2 decades, the nematode C. elegans has become an important model for the study of host-pathogen interactions. It deploys a wide range of strategies to defend itself against infection....
Animal models, especially transgenic rodent models, have enhanced our understanding of cardiovascular function at the molecular level./physiologyCategory: Dept. of Physiology...
The supraoptic (SON) and paraventricular (PVN) nuclei of the hypothalamus play critical roles in the regulation of bodily homeostasis, including the generation of coordinated neurosecretory and...
McGill Physiology is excited to offer our students a unique opportunity to unlock their strengths and interact with their physiology colleagues./physiologyCategory: Dept. of Physiology
Cellular migration is a complex phenomenon that involves the integration of many intracellular processes, allowing for an autonomous response to motility cues found in the cellular environment....
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