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‘An exciting, inspirational and team-focused community’: Professor Lindsey Fiddes joins BME

Professor Craig Simmons (BME, MIE), left, and his collaborators have developed a new way to mature lab-grown heart cells so that they more closely mimic adult human heart tissue. (photo by Tim Fraser, KITE Studio)

U of T researchers improve maturity of lab-grown heart cells for disease modelling

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Freshwater mussel protein offers new source of inspiration for medical-grade glues

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David Colcleugh, pioneer of leadership education for engineering students, receives honorary degree

PhD candidate Jianan Erick Huang works on an electrolyzer in the lab of Professor Ted Sargent at the University of Toronto. The team has developed a new process for converting dissolved CO2 into higher-value products, such as ethylene. Unlike previous systems, the team’s electrolyzer can be run under strongly acidic conditions, greatly increasing the proportion of carbon that is converted. (Photo: Geonhui Lee)

Passing the acid test: New low-pH system recycles more carbon into valuable products

Narinder Dhami (Skoll ElecE 0T5 + MBA 08) formed a coalition of South Asian community leaders to respond to the emergency situation in India. The coalition created the India COVID-19 Relief Fund to help facilitate donations from Canadians.

U of T Engineering alumna sets up funding initiative to help India recover from COVID-19

Professor Paul Santerre (pictured) is the University of Toronto’s corresponding author for this new study, and the first author, Dr. Kyle Battiston, is a recent graduate of Dr. Santerre’s lab and BME alumni. The co-industry lead author is a University of Toronto alumni, Dr. Wendy Naimark (Chief Technology officer for Ripple Therapeutics).

New method can improve drug delivery in implants