The University of Toronto is home to one of the largest genomics, proteomics, systems biology and computational biology research communities in the world, all situated at the heart of the exciting cosmopolitan city of Toronto. The goal of these research activities is to gain deeper insight into the biology of cancer and other diseases, stem cells, protein structure, plant stress biology, and host-pathogen interactions. Taxonomy based on science is necessary for global conservation.

Welcome to the De Carvalho Lab. 2012-2016 Daniel De Carvalho Template design.

2013 Joint Symposium of CSCI-CITAC-FCIHR. DAVID NAYLOR! Watch Video of Dr. 2017 Friesen Prize Public Forum Lecture at U Ottawa. CLICK HERE FOR ONLINE REGISTRATION. In collaboration with the Can.

Writing and editing on science and technology. Megan Cully is a freelance science writer and editor. She is a biochemist and geneticist by training, but traded the pipette for the pen in 2011. Her areas of medical expertise include drug discovery, oncology, cardiology, and rheumatology, but has written on topics ranging from space physics to scientific activism. While there she used model organisms and high-throughput screening to define the molecular pathways that promote growth and tumour formation.

The University of Toronto Neuroscience Program. Trainee Awards and Publications Form. CSIN Lecture Report and Evaluation Form. Visiting Graduate Research Student Membership. Raymond and Beverly Sackler Distinguished Visiting Neuroscientist.

Accelerating cancer research discoveries for patients and the Ontario economy. OICR is improving the prevention, detection, diagnosis and treatment of cancer. Read about the OICR programs and initiatives that are making this happen. Sign up for the OICR mailing list to get the latest news, and information about events and funding opportunities. The 2016-17 Annual Report for OICR is now available.

Canada Research Chair in Proteomics and Molecular Medicine. McLaughlin Centre for Molecular Medicine.

Past and present; looking towards the future.

Defining the molecular basis of oxygen sensing in the pathways that regulate mTOR and UPR signaling during hypoxia. We are currently studying the contribution of oxygen to protein folding and maturation in the endoplasmic reticulum. Determining changes in gene expressi.