In the early 1980s, the Canadian health care system was shaken by the tainted blood scandal. The problem saw thousands of Canadians infected with HIV and hepatitis C after receiving contaminated blood transfusions. From there, new protocols for screening and handling blood products were enacted to prevent the spread of these diseases through blood donation programs.
As the province with the highest crime rate in Canada, Saskatchewan has also been increasingly successful at reducing the rate and severity of crimes since 2003. Innovative approaches to policing and crime reduction have helped to tackle one of the most pressing social issues in the province.
There is no doubt that clean technologies will one day fuel every car on the road. This vision has prompted international car manufacturers to invest heavily into cleaner vehicle alternatives such as electric power cars.
Thanks to a Mitacs Accelerate partnership with industry, researchers have discovered how a type of dietary fat can provide relief for this disease, and create business opportunities for the treatment of other conditions.
The company was introduced to Mengru Wang, by her supervisor Dr. Eric Aubanel. They agreed to collaborate on a Mitacs Accelerate project, in which Mengru would develop a data visualization utility for EXN/Aero.
Rozanne’s research into vaccine production attracted the interest of new industry partners. As a result, a new Mitacs Elevate fellow at the University of Ottawa is now furthering her research into viral sensitizers and vaccine production.
Early in the development of their HUAR tools, the company identified a need to tap into the expertise of a researcher with an understanding of acoustics and sound processing. Having been introduced to Mitacs’ programs through their local Business Development representative, the company was paired to Ali Zareian, a PhD student from the Department of Mechanical and Manufacturing Engineering at the University of Calgary.
Ken developed an algorithm that can accurately predict the risk of a chat message in a computationally efficient manner. His algorithm was able to identify a number of spelling variants of blacklisted words and evasive patterns that had previously gone undetected by human moderators.