IBBME

Meet U of T's Inventors of the Year

Author: 
Jenny Hall

Dietary advice tailored to your DNA and a “bio-printer” that prints skin-like tissue that can be used to dress wounds are two inventions that might change your life in coming years.

They’re also two of 10 inventions whose creators were celebrated May 15 at the University of Toronto’s 2013 Inventors of the Year ceremony.

Like Rosey from the Jetsons but better dressed

Sub-title: 
Celebrating the Institute for Robotics and Mechatronics

The appetizers may have been organic, but the server was mechanical at a reception held April 15 to celebrate the University of Toronto Engineering's Institute for Robotics & Mechatronics.

The robot serving appetizers was just the latest example of creativity from the Institute, established in 2010 to bring focus on research and education in the fields of robotics and mechatronics. 

Paul Santerre: making medical devices safer and better

Sub-title: 
Synergy Award for Innovation
Author: 
Erin Vollick

Professor Paul Santerre began his career at the University in 1993 in the Faculty of Dentistry and is a member of the Centre for Biomaterials, where he has conducted research into biomaterials - molecules and polymers designed to interact with biological systems – and their applications. He became a core faculty member at the Institute of Biomaterials and Biomedical Engineering (IBBME) in 1999 when this unit was merged with the Centre for Biomaterials, and has been IBBME’s Director since 2008.

Yu Sun, microtechnology and nanotechnology leader

Sub-title: 
E.W.R. Steacie Memorial Fellowship recipient
Author: 
Terry Lavender

Professor Yu Sun is an international leader in developing robotics and automation technologies for manipulating biomaterials, such as precision instrumentation capable of injecting molecules into biological cells.

Warren Chan, global leader in nanotechnology

Sub-title: 
E.W.R. Steacie Memorial Fellowship recipient
Author: 
Erin Vollick

Warren Chan is a professor at the Institute of Biomaterials and Biomedical Engineering (IBBME) at the University of Toronto, where he holds a Canada Research Chair in Bionanotechnology. Professor Chan works with quantum dots and nanoparticles—tiny particles that are helping researchers develop portable and cheaper diagnostic equipment for infectious diseases such as HIV, Hepatitis B and Hepatitis C, malaria and syphilis.

U of T leads in national science awards

Sub-title: 
Stephen Cook wins Herzberg Gold Medal

University of Toronto researchers won or shared honours in six of eight prize categories in this year’s awards from the Natural Sciences and Engineering Research Council of Canada (NSERC), presented Feb. 27 in Ottawa.

Connaught Fund injects more than $1 million into U of T research

Sub-title: 
Committee announces winners of innovation, summer institute awards
Author: 
Jenny Hall

The Connaught Fund, the University of Toronto’s premier internal funding program, has announced the results of its Innovation Awards and Summer Institute Awards, investing more than $1 million in projects that span the disciplines.

One of the Innovation Award winners is Professor Carolyn Cummins of the Leslie Dan Faculty of Pharmacy, who received $100,000 for her work developing a new drug to prevent the side effects associated with the treatment of inflammatory diseases.

Second skin: U of T invention offers hope for burn victims

Author: 
Marcia Kaye

Tissue engineering has taken a big leap forward with the University of Toronto invention of a process that can create functional replacement skin quickly and inexpensively.

The one-step device is believed to be the first in the world to create tissue rapidly on a large scale – important in repairing skin destroyed by burns or other major wounds. It’s hoped that, in future, instead of traditional skin grafts that remove patients’ own healthy skin for transplant, patients will receive machine-made skin grafts that are safer, faster and cheaper.

Tomorrow's technology: regenerative medicine

Author: 
Erin Vollick

An unassuming box sits on a table. One part is clear plastic, allowing you to see the empty chamber inside. One day, that empty chamber may hold a cell colony or even tissue generated from a patient's own body, to help diagnose or treat diseases such as cancer.

It’s just one of many cutting-edge devices on display at the Institute of Biomaterials and Biomedical Engineering's Tomorrow's Technology Showcase, which was part of IBBME's recent 50th anniversary celebration. 

Tomorrow's Technologies: the future of medicine

Author: 
Erin Vollick

A small instrument resembling a mini chocolate grater. An ordinary-looking catheter tube with extraordinary properties. They may not look like much to the untrained eye but to biomedical engineers objects like these represent the future of medicine.

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