University of Ottawa

Faculty of Medicine

Department of Biochemistry, Microbiology, and Immunology

Roger Guindon Hall
Office: 4232
Labs: 4233, 4248

451 Smyth Road
Ottawa, Ontario
K1H 8M5
Canada

Tel: +1 613 562-5800
Office: Ext. 6374
Labs: Ext. 6371, and 6375
Fax: +1 613 562-5452

altosaar@uottawa.ca

Meet Dr. Illimar Altosaar...

Dr. Altosaar's CV

PhD UBC 1975
BSc McGill University 1970

Currently teaches BCH4172 Topics in Biotechnology and awarded Professor of the Year (2007-2008) - University of Ottawa Science Students Association

NATO Research Fellow 1975-77 Imperial College of Science, Technology & Medicine, London
Multiple Sclerosis Society Scholar 1977-78, Hospital for Sick Children, Toronto
Visiting Professorships 1984-85 Molecular Genetics Dept., University of Cambridge
SANOFI Elf Bio-Recherche, Toulouse, France 1986-87
Institut National Recherche Agronomique Paris-Grignon 1992-93
Nestlé Plant Research Center, Tours (Lausanne) 1999-2000

The ethos Food is the First Medicine has been the focus of my research efforts since I first began working in cereal genetics in 1966 at the Quebec Provincial Seed Farm, Macdonald College Campus, Faculty of Agriculture, McGill University, Montreal. A protein chemist by training, I have studied the gene regulation of protein synthesis in rice, oats, legumes and oilseeds. I started pioneering the Seed as Pill concept back in 1991. As a potential vaccine production process, our lab was the first to direct the synthesis of human Hepatitis B Virus core particle protein as a vaccine in carrots and human CytoMegaloVirus glycoprotein gB in a tissue-specific manner. The maize ubiquitin as well as rice glutelin promoters have yielded high rates of expression of foreign candidate proteins, including human insulin-like growth factor (IGF-1), the cytokine granulocyte-macrophage colony stimulating factor (GM-CSF), hCMV gB, and several Hepatitis Virus vaccine candidates. In parallel efforts to increase the world’s food supply, we continue to supply useful agronomic gene transformation cassettes to crop molecular breeding programs around the world for research purposes. Our plant codon optimized Bacillus thuringiensis sequences for cry 1Ab, 1C and cry1Ac have been deployed in more than thirty-five crop species in over 55 countries.