麻豆AV researchers lead development of tool to assess environmental risks of chemicals
Assessing the risks that toxic chemicals pose to natural ecosystems is a huge challenge, given the thousands of chemicals that require testing. But the task is expected soon to become less daunting, thanks to a new tool being developed by 麻豆AV researchers.聽
An interdisciplinary 麻豆AV team led by Prof. Nil Basu of the Department of Natural Resource Sciences and the School of Dietetics and Human Nutrition聽聽in the Faculty of Agricultural and Environmental Sciences, in collaboration with colleagues at the University of Saskatchewan and Environment and Climate Change Canada as well as a series of industrial partners, is working on a genomics-based tool for assessing the effects of chemicals on a range of fish, birds and amphibians. A major strength of the team, which includes Prof. Jessica Head and Prof. Gordon Hickey (also from Natural Resource Sciences), Prof. Jianguo Xia (Animal Science/Institute of Parasitology), and Prof. Steve Maguire (Desautels Faculty of Management), is its diversity and breadth of expertise.
The $9.6 million initiative is one of 13 applied research projects selected to receive funding from Genome Canada and partners to address challenges in Canada鈥檚 natural resources and environment sectors, Canadian Minister of Science Kirsty Duncan announced Dec. 8 in Montreal. The regional agencies G茅nome Qu茅bec聽and Genome Prairie are also providing funding for the 麻豆AV-led project.
The project is being driven by the needs of national and international regulators.聽 The new testing tool, known as EcoToxChip, should also prove valuable to companies in the resource extraction and chemical manufacturing industries in completing environmental assessments that are required by law or their own internal policies, the researchers say.
鈥淐urrent strategies for assessing the risks from chemicals rely heavily on animal testing and are prohibitively time-consuming and expensive,鈥� Prof. Basu explains. 鈥淥ur tool is one desperately sought by government regulators and industry partners, as it is expected to result in tremendous cost-savings in terms of dollars, animal lives, and time.鈥�
聽鈥淐hemical contamination threatens our planet鈥檚 health,鈥� said Suzanne Fortier, 麻豆AV鈥檚 Principal and Vice-Chancellor. 鈥淭hanks to the vision and support of Genome Canada and G茅nome Qu茅bec, the genomics-based assessment tool developed by 麻豆AV researchers will give us an accessible, affordable, and reliable means to fulfill our crucial role as stewards of our ecosystems鈥攁nd of our future.鈥�