Professors of the Department of pharmacology-physiology
| Research interests Structural Pharmacology of The GPCRs. | Faculty profile |
| Research interests Niche regulation of muscle stem cells in health an disease. | Faculty Profile Laboratory |
Guylain Boulay
Full professor
Head of the graduate programs in pharmacology.
Department of pharmacology-physiology
| Research interests Activation mechanism of the capacitive non-capacitive calcium input. | Faculty profile |
Ahmed Chraïbi
Associate professor
Head of the graduate programs in physiology.
Department of pharmacology-physiology
| Research interests Molecular mechanisms of regulation of epithelial sodium channel sensitive to amiloride (ENaC).. | Faculty Profile |
Jean-Bernard Denault
Full professor
Head of the bachelor of pharmacology program
Department of pharmacology-physiology
| Research interests Mechanisms of activation, regulation and activity of caspases. | Faculty profile |
| Research interests Mechanisms of control of the release of endothelial factors. | Faculty profile |
| Research interestsCardiac electrophysiology. Molecular biology of sodium channels. Study of electrophysiological characteristics and adrenergic modulation of heritable mutations of ion channels involved in cardiac diseases such as long QT syndrome, Short QT and the Brugada. Expression and distribution of ion channel genes sodium and potassium (KCNQI, KCNEI) in the ventricles of the heart, the atria and the conduction pathways, and their potential contribution to arrhythmias. | Faculty profile |
| Research interests Molecular and cardiovascular pharmacology, peptide chemistry, biosensors, isolation, analysis and signaling proteins structure. | Faculty profile |
| Research interests Neurophysiology of the spinal cord: control of gait and posture. | Faculty profile |
| Research interests Roles, regulation and action mecanisms of the delta opioid receptor in pain control. | Faculty profile |
| Research interests Molecular pharmacology, development and therapeutic applications of kinins. | Faculty profile |
| Research interests Role of caspases in neurodegenerative deseases. | Faculty profile Laboratory |
| Research interests Atomic force microscopy to study the properties of collagen-based tissue. | Faculty profile |
| Research interests Role of neuroinflammation in the progression of neurodegenerative diseases. | Faculty profile |
| Research interests Post-transient protein changes in oxidative stress. | Faculty profile |
| Research interests Study of the functional interactions between processes signaling and intracellular trafficking. | Faculty profile |
| Research interests Serine proteases and their roles in influenza, arthritis and hemochromatosis. | Faculty profile Laboratory |
| Research interests Validation of the therapeutic potential of new biological targets using synthetic molecules. | Faculty profile Laboratory |
| Research interests Role of brainstem and spinal cells in motor control. | Faculty profile Laboratory |
| Research interests Involvement of G protein coupled receptors (GPCRs) in pain. Study of analgesic effects of GPCRs neurotensin, chemokines and apelin in pre-clinical models of pain (arthritis, cancer, neuropathy). | Faculty profile Laboratory |
| Research interests Pharmacogenetics as a model for community-based translational research. | Faculty profile |