Three institutions receive funding on the health risks of microplastics




 

 

Three institutions funded on the health risks of microplastics

 

Jan. 25, 2024

Global Korean Post

 

In 2019, Canadians generated 4.4 million tonnes of plastic waste, only nine percent of which was recycled.

 

Microplastics can come from various sources such as microfibres released from washing of clothes or microbeads released through wastewater. Microplastics can also be formed through the breakdown of larger plastic items in the environment.

Humans may be exposed to microplastics via the ingestion of food, bottled water, and tap water, as well as through the breathing of indoor and outdoor air.

 

Health Canada announced funding of $2.1 million over four years to three academic institutions to increase research of microplastics and their potential impact on human health through the Environmental Health Research Contribution Program.

McGill University, Memorial University of Newfoundland and the University of Toronto have been selected to undertake research related to the potential exposure to microplastics from various sources, including food, food packaging, drinking water, indoor and outdoor air, as well as dust. Collectively, these initiatives will improve the understanding of the potential impacts of microplastics on human health. The Government of Canada’s dedication to teamwork and research will play an important role in its efforts to understand how these materials affect our health and come up with ways to manage any associated risks.

 

The Environmental Health Research Contribution Program funds research to increase our knowledge of the health impacts of microplastics, improve monitoring of human exposure to microplastics, and encourage the development of new methods, approaches and technologies related to human health risks of microplastics.

Research through this program aligns with the priorities of Canada’s Plastics Science Agenda and will fill knowledge gaps identified in the Government of Canada’s 2020 Science Assessment of Plastic Pollution.