Posts Tagged: Cell & Tissue Engineering
Heart muscle cells need exercise — even when they grow outside the human body. A new device designed by U of T Engineering researchers uses a rigorous training regimen to grow small amounts of cardiac tissue and measure how strongly it beats.
With his PhD from the Institute of Biomaterials & Biomedical Engineering (IBBME) fresh in hand, Cameron Stewart, CEO of health technology start-up Mesosil, wants to revolutionize your fillings.
A team led by Professor John E. Davies has uncovered new information about medical devices that could accelerate post-surgical healing.
This new 3D skin printer can help heal deep wounds by forming tissue in situ, depositing and setting in place in two minutes or less.
A study published by Professor Rodrigo Fernandez-Gonzalez sheds light on how a network of proteins drive a wound repair process that leaves no scars.
Three IBBME-affiliated researchers have developed a new material designed to stop cavity-causing bacteria in fillings.
U of T biomedical engineering student Bailey Bernknopf is working towards a better understanding of how aortic valve disease affects women and men differently.
A team of researchers from the labs of Professors Rodrigo Fernandez-Gonzalez and Peter Zandstra have built a new platform that enables human embryonic stem cells to self-organize into a structure with embryo-like features.
New research from Professor Michael Sefton's lab demonstrates viability of implanting pancreatic cells under the skin to treat type 1 diabetes.
Professor Milica Radisic's lab has developed a flexible tissue scaffold that could enable new minimally-invasive surgery techniques.
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