Faculty
| Chris Bleackley | Mechanisms of cell-mediated cytotoxicity and apoptosis |
| David Brindley | Targeting the autotaxin-lysophosphatidate-inflammatory axis to improve cancer treatment |
| Joseph Casey | Membrane Transport in Corneal Blindness |
| Richard Fahlman | Discovery of Novel Functions of small RNAs |
| Carlos Fernandez-Patron | Biology of matrix metalloproteinases (MMPs) in health and disease |
| Larry Fliegel | Regulation of intracellular pH via the Na+/H+ exchanger |
| Mark Glover | Mechanisms of regulation of gene expression |
| Ing Swie Goping | Investigating mammary gland biology and breast cancer |
| Charles Holmes | Regulation of protein phosphatases and phosphorylation |
| Olivier Julien | Functional proteomics and protease biology |
| Joanne Lemieux | Structural studies of membrane proteins associated with disease states |
| Bernard Lemire | The mitochondrial respiratory chain in disease and in aging |
| Andrew MacMillan | Chemical and biochemical mechanisms of RNA processing |
| Marek Michalak | Endoplasmic reticulum in health and disease |
| Sue-Ann Mok | Deciphering the functional architecture of molecular chaperone networks |
| Michael Overduin | Structural biology of signaling and trafficking |
| Michael Schultz | Metabolic programming in vertebrate cells |
| Leo Spyracopoulos | Structure and function of proteins involved in the protein ubiquitination pathway |
| David Stuart | Mechanisms of regulation of cell division |
| Brian Sykes | Structure, function and dynamics of muscle, prion, membrane, and antifreeze proteins |
| Nicolas Touret | Molecular Cell Biology of Innate Immune Receptors |
| Holger Wille | Structural investigations of infectious prions and other misfolded proteins |
| Howard Young | Regulation of calcium transport in heart disease |
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Emeriti |
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| Michael Ellison | Mechanisms of cellular regulation |
| Michael James | Three-dimensional structure of proteins; hydrolytic mechanisms of proteinases |
| Cyril Kay | Muscle contraction/relaxation: Protein de novo design |
| Ronald MacElhaney | Roles of lipids in the structure and function of biological membranes |
| Paul Scott |
Structure and function of extracellular matrix macromolecules |
| Jim Stone | Neoplastic transformation of cultured cells by dominant oncogenes |
| Dennis Vance | Molecular and cell biology of phospholipid biosynthesis and function |
| Joel Weiner | Membrane protein structure and bioenergetics |
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Adjunct |
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| Rosalind Godbout | Regulation of gene expression in the developing retina and in retinoblastoma |
| Peter Hwang | (1) Developing solution NMR for large protein complexes and membrane proteins. (2)Targeting the cardiac troponin complex to understand and treat heart failure. |
| Rene Jacobs | Understand the complex interactions involved in the etiology of obesity, Diabetes and other chronic diseases |
| Liang Li | Analytical mass spectrometry (MS) for metabolomics and proteomics |
| Luis Schang | Protein kinases and other cellular factors in the replication and pathogenesis of viruses and prions |
| Lorne Tyrrell | Study of hepatitis B virus (HBV) and hepatitis C virus (HCV) |
| David Westaway | The use of genetically engineered "transgenic" mice to recreate and understand human neurologic disorders |
| Dawei Zhang | Regulation of cholesterol homeostasis |
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