Media releases

  • Brock gains nationally recognized expert on extreme human environments as temperatures soar in Ontario

    MEDIA RELEASE: June 17, 2024 – R0079

    As much of Central Canada experiences what may be record-setting, and potentially dangerous, temperatures this week, Brock University Professor of Kinesiology Toby Mündel will be watching closely.

    Brock’s new Tier 1 Canada Research Chair in Extreme Human Environments, announced by the Government of Canada on Friday, June 14, is studying thermoregulation — the process of maintaining temperature under a variety of situations inside and outside the body.

    Threats to human health are becoming more frequent and serious as the impacts of climate change intensify and temperatures rise around the world.

    There needs to be better understanding of the body’s responses to extreme heat, yet most of the research on heat stress has been largely conducted on young adult males, says Mündel, who has shifted his research to focus on underrepresented populations. 

    “We actually don’t know how more than half the population regulates temperature because we ignore women, we ignore children, we ignore the elderly, we ignore the homeless,” he says.

    The human body’s thermoregulation system includes the sweat glands, circulatory system, skin and a gland in the brain called the hypothalamus. To keep itself as close to 37 degrees C as possible, the body sweats, shivers and opens or restricts its blood flow, among other strategies. 

    During his seven-year term as Canada Research Chair, Mündel’s research will focus on the role estrogen and progesterone play in regulating the body’s temperature; how fasting affects thermoregulation; and ways to detect heat strain early and protect the body against extreme heat.  

    He will explore wearable sensors that monitor temperature in real time, which would be particularly relevant for firefighters, military personnel and others who work in hot environments, he says. 

    Mündel also plans to team up with fellow Brock Canada Research Chair Newman Sze to examine molecular biomarkers in blood to determine who might be at greater risk of heat stroke or other vulnerabilities to the heat. 

    The research is timely, says Mündel, because as climate change progresses, “it’s not just people living in the desert or tropics who will be affected by extreme heat.”

    “We’re continually breaking high temperature records and that’s very concerning,” he says.

    “Everyone is going to be facing some form of heat challenge, which could have serious impacts on health as well as performance and productivity, so we need to understand heat stress and try to mitigate it.”

    The Canada Research Chair announcement “comes on the heels of Environment and Climate Change Canada’s seasonal summer outlook predicting higher-than-normal temperatures throughout most of the country,” says Brock Acting Vice-President, Research Michelle McGinn.

    “As Canadians and others around the world face increasingly frequent heatwaves, Dr. Mündel’s focus on innovative solutions to regulate body temperature has become more important than ever,” she says. “His particular emphasis on women’s physiology and the experiences of vulnerable populations will ensure protection for a greater number of people.”

    Supporting Mündel’s research is a $205,000 grant from the Canada Foundation for Innovation’s John R. Evans Leaders Fund.

    “The Government of Canada is deeply committed to mitigating the destructive impacts of climate change through its many policies and programs,” says Vance Badawey, Member of Parliament for Niagara Centre. 

    “Dr. Mündel’s research and expertise on human temperature regulation goes far in advancing our collective efforts to ensure the health of Canadians and our environment,” he says.

    “The Canada Research Chairs program supports world-class researchers in the pursuit of knowledge that transforms society in this country and beyond,” says Chris Bittle, Member of Parliament for St. Catharines. “Dr. Mündel is a strong example of how innovative research improves many lives.” 

    The federal government’s Canada Research Chairs program invests up to $311 million per year to attract and retain some of the world’s most accomplished and promising minds. Chairholders are recognized to be national and international experts in the fields of engineering and the natural sciences, health sciences, humanities and social sciences.

     

    For more information or for assistance arranging interviews:

    * Maryanne St. Denis, Manager, Content and Communications, Brock University mstdenis@brocku.ca or 905-246-0256 

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    Categories: Media releases

  • Research aiming to boost worldwide food security among Brock projects awarded $3M

    MEDIA RELEASE: June 14, 2024 – R0078

    For more than three billion years, cyanobacteria, the blue-green algae seen in some lakes, has been converting sunlight to chemical energy through photosynthesis.

    Most of this process involves visible light humans can see. But Brock University Assistant Professor of Chemistry Divya Kaur Matta is curious about a particular species that uses an almost invisible portion of the colour spectrum to convert light and store energy — knowledge that could have powerful implications for agriculture.

    Matta was among 18 Brock researchers awarded funding from the Natural Sciences and Engineering Research Council of Canada (NSERC), announced Friday, June 14.

    The University received more than $3 million from the 2024 round of Discovery Research Programs grants.

    Included was the work of Alonso Zavafer, whose interest also lies in light and crops, specifically colours given off by plants during photosynthesis.

    The Assistant Professor of Biological Sciences and Engineering is developing tools that use the colour of plants as a way of continually monitoring their health, nutrition and metabolism, another potential boon for the agriculture industry.

    “As these funding successes show, Brock researchers are continuing to expand their strengths in agricultural research,” says Acting Vice-President, Research Michelle McGinn. “We are grateful for NSERC’s support within this field and across the broad range of other topics funded this year.”

    Matta’s project involves studying a particular marine cyanobacterium called Acaryochloris marina (A. marina). This species contains pigment molecules called chlorophyll d that allows it to draw energy from far-red light, which is on the extreme red end of the visible colour spectrum. It is one step away from infrared light that is invisible to the human eye.

    Matta’s research group, the Computational Biophysics Laboratory, is aiming to better understand how A. marina and other species are able to gather and store energy under very low light conditions. She says such information could help boost global agriculture and food security.

    “This remarkable ability to adapt suggests that it could be used to engineer crops that thrive in shaded conditions and may even lead to innovations in sustainable energy,” Matta says.

    Increasing food security is also the aim of Zavafer’s research, which is in the field of ‘biophotonics.’

    A photon, the smallest particle of light, emits visible and near-visible light. Biophotonics includes studies of photons in biological systems to see if cells and tissues are healthy, playing a major role in medical imaging and therapeutic procedures.

    Zavafer’s research group, the Biophonic Engineering Laboratory, aims to improve food security by providing farmers with cost-effective tools to monitor plant stress in crops.

    “One possible way to improve farming is by monitoring and controlling in real time the health, nutritional and metabolic content of crops,” says Zavafer. “This project aims to identify, develop and refine photonic tools to monitor plant performance to support the agriculture, horticultural and forestry sectors.”

    Zavafer and Matta’s work is being funded by NSERC’s Discovery Grant, which supports ongoing research programs with long-term goals rather than a single short-term project or collection of projects.

    Also announced June 14 was an NSERC PromoScience grant, awarded to Professor of Biological Sciences Jeff Stuart for his “Lab-in-a-Box” interactive outreach program, which brings free interactive laboratory experiences to schools and underprivileged youth groups.

    In addition, Brock researchers received funding from the Discovery Development Grant and the Research Tools and Instruments Grant.

    “The Discovery Research Programs shows our government’s commitment to advancing science and technology in Canada and beyond,” says Vance Badawey, Member of Parliament for Niagara Centre.

    “I’m pleased to see the vibrant contributions Brock University researchers are making in the fields of chemistry, biology, physics, mathematics, computer science, psychology and health sciences through their innovative research projects,” he says.

    “Looking over the list of research projects being supported by the Discovery Research Programs, I’m impressed by the talent of the Brock University research community,” says Chris Bittle, Member of Parliament for St. Catharines. “These projects will make significant inroads in health care, agriculture and technology, areas particularly relevant for Niagara as well as the rest of the country.”

    A full list of Brock’s funding recipients is available on the University’s website.

    For more information or for assistance arranging interviews: 

    * Maryanne St. Denis, Manager, Content and Communications, Brock University mstdenis@brocku.ca or 905-246-0256

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    Categories: Media releases