- What is cancer research?
- Current research projects
- Past research projects
-
Our researchers
- El Bachir Affar
- Jacques Archambault
- Kristan Aronson
- Rebecca Auer
- Dimcho Bachvarov
- Nicole Beauchemin
- Yohan Bossé
- Maxime Bouchard
- Julie Brill
- Robert Bruce
- Jean-François Cailhier
- Hong Chang
- Frederic Charron
- Jocelyn Côté
- Damien D'Amours
- Javier M. Di Noia
- Régen Drouin
- Trevor Dummer
- Sean Egan
- Gregory Emery
- Urban Emmenegger
- François Fagotto
- William Foulkes
- Luc Gaudreau
- Chantal Guillemette
- Martin Guimond
- Razq Hakem
- Mitsuhiko Ikura
- Subburaj Ilangumaran
- Suzanne Kamel-Reid
- Jean-Claude Labbé
- Benjamin Lacroix
- Hugo Lavoie
- Michel Lebel
- Jonathan M. Lee
- Megan K. Levings
- Gang Li
- Shun-Cheng (Shawn) Li
- David Litchfield
- Marco Marra
- Alberto Martin
- John McLaughlin
- Susan Meakin
- Sylvain Meloche
- Tarik Moroy
- Karen Mossman
- William J. Muller
- Ivan Robert Nabi
- Marie-Élise Parent
- Alain Piché
- Christian Rocheleau
- Francis Rodier
- Kirill Rosen
- Philippe Roux
- Isabelle Royal
- Luc Sabourin
- Philippe Sarret
- Hervé Sartelet
- Peter Siegel
- Jack Siemiatycki
- John Stagg
- Yves St-Pierre
- Bernard Têtu
- Jacques Thibodeau
- Patricia Tonin
- Mathieu Tremblay
- Valerie Wallace
- Rachel Wevrick
- John H. White
- Nicole White
- Sarah K. Wootton
- Jian Hui Wu
- Ju Yan
- Herman Yeger
- Maria Zannis-Hadjopoulos
- Xu-Dong Zhu
- Key discoveries
- Scientific partnerships
Megan K. Levings

Title:
Associate Professor
Institute:
University of British Columbia
Department:
Surgery
Province:
British Columbia
Training:
Postdoctoral fellow, HSR-TIGET, San Raffaele Scientific Institute, Milan, Italy
PhD, The Biomedical Research Centre, The University of British Columbia, Vancouver, BC, Canada
BSc, Biology, Simon Fraser University, Burnaby, BC, Canada
Research interests:
Development of methods to use T regulatory cells as a therapy to induce tolerance in transplantation; defining the role of molecular signaling pathways in the development and function of T regulatory cells; studying the interaction between innate immune cells and stimuli and T regulatory cells
Recognitions:
Canadian Society for Immunology New Investigator Award, 2009
Roche Organ Transplant Research Foundation Recognition Award, 2011
Career highlights:
First to isolate and expand human regulatory T cells and show they could prevent responses to transplanted tissues
Canada Research Chair in Transplantation 2003-2013
Defined the role of FOXP3 in human regulatory T cells
Research Projects
Project title:
Regulatory T cell therapy for graft versus host disease
Funding period:
2011-2013
Program:
Operating Grant (basic research)
Summary:
A common procedure used to try and cure patients who have a cancer of the immune system is to eliminate the patient's immune system and replace it with someone else's. This procedure is known as stem cell transplantation, or SCT. Across the world, over 25,000 people with cancer receive this therapy every year. Unfortunately the success of SCT is limited by a life-threatening complication known as graft-versus-host-disease (GVHD). GVHD occurs when the new immune cells from the donor of the transplant attack the body of the transplanted patient. There is evidence that specialized cells known as regulatory T cells, or Tregs, can control GVHD. We want to develop ways to use human Tregs as a therapy for SCT patients and to study how they stop GVHD. The aims will ultimately lead to improved outcomes for patients who receive a stem cell transplant in an attempt to cure their cancer.









