Combatting infectious diseases with Math
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A major new research initiative based in the Faculty of Science at York University will develop mathematical techniques to identify populations most susceptible to infectious diseases and enable manufacturers to produce cost-effective vaccines that can be deployed quickly. The research is also expected to better position Canada to respond rapidly to emerging public health issues such as Zika outbreaks.

Manufacturers of vaccines in Canada are facing a number of significant challenges: the increasing cost of developing vaccines, the need to move rapidly from development and production of vaccines to mass use in target populations; and the complexity of understanding how infectious disease is transmitted, in an increasingly interconnected world.

York University Research Professor Jianhong Wu and his team will develop fundamental mathematical theories, methodologies, techniques and tools to analyze infection risk in populations, map the spread of disease through mathematical modelling and conduct cost-benefit analyses of immunization programs based on vaccine efficiency and industrial production capacity.

“Establishing the NSERC/Sanofi Industrial Research Chair at York University will not only accelerate frontline research and support Canadian industry, but also help improve the wellbeing of people around the globe."
Ray Jayawardhana
Dean, Faculty of Science, York University
Combatting infectious diseases with Math

A major new research initiative between the Natural Sciences and Engineering Research Council of Canada, Sanofi and York University announced to combat infectious disease with math modelling.

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