91涩漫

At event honouring 116 winners of major awards, keynote speaker and SSHRC Gold Medal recipient Myriam Denov emphasized the importance of listening.

91涩漫 celebrated more than 100 researchers at the 21^st edition of Bravo, a gala event May 7 honouring the winners of major provincial, national and international research prizes and awards in 2025.

From fundamental physics to child well-being, 91涩漫 researchers advance discovery across disciplines聽

91涩漫 has been awarded $18.1 million in federal funding to support 16 Canada Research Chairs 鈥� six new and 10 renewed.

Researchers at 91涩漫 are carrying out large鈥憇cale tests of a new timber-steel structural system designed to help buildings better withstand earthquakes. Early results suggest the system performs well under simulated earthquake forces, offering a potential path toward safer, more sustainable construction in Quebec and beyond.

Researchers at 91涩漫 have developed a rapid way to engineer blood clots that stop severe bleeding and support tissue healing more effectively. Their technique, called 鈥渃lick clotting,鈥� links red blood cell surface proteins through a chemical reaction, resulting in a biocompatible clot that is 13 times more resistant to fracturing and four times more adhesive than natural blood clots. The team said the method could be used to develop life-saving biomaterials to help control severe bleeding, as well as benefit people with clotting disorders.

The 4^th聽edition of the Sustainability and Synthetic Biology Conference will take place on April 11. The event will feature BIEN 580 students Case Study Projects that apply synthetic biology to solve real-world problems in health, food security and the environment, as well as guest speakers who will showcase cutting-edge academic research and innovative startups. The conference provides a professional forum for joining undergraduate and graduate students to gain visibility and receive feedback from peers and experts in the fields of biology and engineering.

91涩漫 researchers have developed a diagnostic system capable of identifying bacteria 鈥揳nd determining which antibiotics can stop them 鈥� in just 36 minutes, a major advance in the global effort to curb antimicrobial resistance (AMR). Current clinical testing methods typically take 48 to 72 hours, leaving physicians without timely guidance.

The researchers say this innovation arrives at a critical moment due to the urgency of the AMR crisis, which arises from bacteria developing resistance to antibiotics.

91涩漫 engineering researchers have introduced an open-source model that makes it easier for experts and non-experts alike to evaluate greenhouse gas emissions from U.S. natural gas supply chains and yields more accurate results.