Media releases

  • Breakthrough lung therapy, elder care and mental health research gets $2.3M boost

    MEDIA RELEASE — February 19, 2026 — R0017

    Brock University researchers who developed an innovative immunotherapy approach are one step closer to commercializing a treatment for age-related lung disease.

    Professor of Health Sciences Newman Sze has already filed a patent for the breakthrough new drug called isoDGR-mAb, an antibody he and his team designed that clears out accumulated proteins damaged by inactive lifestyles, unhealthy diets, environmental stressors and genetic factors. 

    These harmful proteins, known as isoDGR, break down the normal function of healthy tissue and trigger chronic inflammation, which is associated with conditions such as cardiovascular disease, cancer, Type 2 diabetes, arthritis and Alzheimer’s disease. 

    Sze’s group is one of three at Brock that were recently awarded Canadian Institutes of Health Research (CIHR) Project Grants totalling $2.3 million. Notably, Sze’s proposal was reviewed and funded through the Commercialization Committee stream of the Project Grant program, reflecting its translational and commercialization focus.

    A team led by Assistant Professor of Health Sciences Luke Turcotte is working with Niagara Health and Ontario Health atHome to incorporate home care information into hospital discharge planning. The goal is to reduce unplanned hospital readmissions among frail and medically complex older adults. 

    “Most discharge planning tools focus on medical diagnoses,” says Turcotte. “Information about social determinants of health and caregiver well-being will help identify high-risk patients and support safer transitions home.” 

    Also receiving funding is Assistant Professor of Psychology Paula Duarte-Guterman and her team, who are investigating how sex-based features, such as male and female hormones, affect biological and behavioural responses to disruptions in daily rhythms. 

    “Mental health is deeply influenced by regular daily routines and the social environments we live in, yet much of the existing research has overlooked important differences between females and males,” says the Canada Research Chair in Behavioural Neuroscience.

    “Our work will help clarify how daily biological rhythms and social settings interact to shape mental health in both females and males,” she says.

    Sze’s research group will use their CIHR funding to develop isoDGR-mAb for human therapeutic use. 

    Their initial goal is to treat idiopathic pulmonary fibrosis, a respiratory disease with no known cause. The condition affects the tissue surrounding air sacs in the lungs and causes permanent scarring, called fibrosis, that makes it increasingly difficult for people to breathe. 

    “Patients with this disease will typically die within three to five years,” says Sze, who is Canada Research Chair in Mechanisms of Health and Disease. “At the moment, there’s still no effective treatment. We hope the development of this drug will proceed smoothly so that we can give hope to patients to survive longer and improve their quality of life.” 

    Current approaches attempt to reduce inflammation overall, but do not target the underlying molecular damage that drives chronic inflammation and fibrosis, Sze says. 

    Preliminary research showed isoDGR-mAb cleared damaged proteins, reduced inflammation, improved lung function and extended survival while sparing healthy tissue.  

    Associate Vice-President, Research Deborah O’Leary says the CIHR grants highlight Brock’s capacity to deliver health research with a clear line of sight to tangible benefits.  

    “These projects show Brock researchers tackling urgent health challenges — from moving new therapies closer to patients and strengthening supports for older adults to building a clearer understanding of mental health,” she says. 

    St. Catharines MP Chris Bittle says a strong, effective health-care system is essential to Canadians’ health and overall well-being.

    “The goal of this funding is to turn innovative ideas into leading-edge knowledge, research and real-world outcomes,” he said. “Through this and other projects, Brock University researchers continue to demonstrate a strong track record of advancing key areas of Canada’s health-care system.”


    For more information or for assistance arranging interviews:
     

    *Sarah Ackles, Communications Specialist, Brock University [email protected] or 289-241-5483

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    Categories: Media releases

  • Student-built robots to compete at provincial championship at Brock University

    MEDIA RELEASE — February 12, 2026 — R0016

    Louis Dinh had no idea that joining his high school robotics team would help to program his future path. 

    But the opportunity to compete in the FIRST Tech Challenge Provincial Championship left him inspired to pursue a career in technology, leading him to Brock University’s Computer Science program. 

    Now in his third year at the University, Dinh hopes that when the competition returns to Brock later this month, the teens from across Ontario who participate will find a similar spark for STEM (science, technology, engineering and mathematics) topics like the one that has guided his journey. 

    Presented by FIRST Robotics Canada and Brock’s Faculty of Mathematics and Science, this year’s competition takes place Saturday, Feb. 21 and Sunday, Feb. 22 in the University’s Ian Beddis Gymnasium. The public is welcome to attend Sunday, Feb. 22, from 9:30 a.m. to 6 p.m.  

    Peter Berg, Dean of Brock’s Faculty of Mathematics and Science, says the event will provide 36 robotics teams of Grade 7 to 12 students with a fun and safe space to test ideas and learn from setbacks. 

    “This competition shows students what’s possible when curiosity meets opportunity,” he says. “Students aren’t just building robots. They’re learning how to think critically, troubleshoot under pressure and work as part of a team. Those are skills that translate far beyond the competition floor.”

    The challenge aims to foster participants’ passion for robotics and related STEM topics. 

    While the competition tests engineering and coding ability, organizers say the provincial championship is about far more than competition.

    “When students step onto the field at a FIRST Tech Challenge event, they are applying months of design, coding and problem-solving in a real-world environment,” says Dave Ellis, President of FIRST Robotics Canada. “They learn to collaborate under pressure, adapt when something fails and lead within a team.

    “Those experiences build resilience and confidence that last well beyond the event,” Ellis says. “We consistently see students pursue post-secondary studies and careers in engineering, computer science and skilled trades because of what they discover through robotics.” 

    During matches, alliances of two teams will race against the clock, using their robots to collect coloured artifacts and construct patterns based on randomized motifs before returning their robots safely to base. Each match begins with a 30-second autonomous period, when robots operate independently using pre-programmed instructions, followed by a two-minute driver-controlled period. The final 30 seconds, known as the “End Game,” features high-scoring tasks that often determine the outcome. 

    Tackling a hands-on challenge in a collaborative environment is what first drew Dinh to his high school robotics club.  

    The team spent months preparing for the FIRST Tech Challenge, developing their coding and engineering skills, securing sponsorship from their school and external partners, and building a robot that complied with the competition’s rules. 

    As pit manager for the challenge, Dinh co-ordinated repairs, delegated tasks and oversaw rapid fixes under pressure, including technical challenges with the robot’s climbing arms.  

    The effort paid off when his team won the competition, a moment he describes as “exciting and deeply rewarding.”

    Beyond expanding his technical skills, the experience helped Dinh build confidence and communication skills that he carried into his university studies. 

    “I started to realize that I work a lot better under pressure as well,” he says. 

    To learn more about the FIRST Tech Challenge Provincial Championship, visit the event web page.

     

    FIRST Tech Challenge Provincial Championship 2026:

    What: FIRST Tech Challenge Provincial Championship
    Who: Thirty-six robotics teams of Grade 7 to 12 students from across Ontario
    When: Saturday, Feb. 21 and Sunday, Feb. 22 (Sunday open to the public)
    Where: Brock University’s St. Catharines campus, Niagara region 


    For more information or for assistance arranging interviews:
     

    *Maryanne St. Denis, Associate Director, Strategic Communications, Brock University, [email protected]or 905-246-0256

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    Categories: Media releases