Magnetic resonance imaging technology for functional, cellular, and molecular imaging in tissue engineering and regenerative medicine
The Quantitative MR imaging laboratory for Cell and Tissue Engineering is committed to developing new non-invasive imaging advances to enable the translation of cell and tissue engineering approaches into the clinic. To achieve this, we are developing advanced cellular imaging technologies for stem cell regeneration in the heart and other organs in which stem cell-based regeneration is being explored. We are also developing advanced molecular imaging technologies for early detection of hard-to-detect pathologies, such as fibrosis. The comprehensive non-invasive imaging platform we are building fills a void that exists in current diagnostics and enables our parallel effort in building a whole heart.
Image processing, cellular imaging technologies, analytical services
- Healthcare and social services
- Life sciences, pharmaceuticals and medical equipment
Specialized labs and equipment
Equipment | Function |
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Optronix | Real-time minimally invasive measurement of tissue oxygen and perfusion |
OxyFlo Pro and OxyLite Pro | Real-time minimally invasive measurement of tissue oxygen and perfusion |
RespirAct™ Gas Control System | Controlled breathing apparatus for measurement of vascular reactivity in humans |
Additional information
Title | URL |
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Novel MRI approach gives heart failure patients new hope | http://www.ibbme.utoronto.ca/news/novel-mri-approach-gives-heart-failure-patients-new-hope/ |
Tattoo treatment could boost stem cell research | https://www.thestar.com/news/gta/2016/07/06/tattoo-treatment-could-boost-stem-cell-research.html |
Advanced MRI for cardiovascular disease (CVD) diagnosis and cardiac regeneration | http://tedrogersresearch.ca/2017/02/advanced-mri-diagnosing-heart-disease-enabling-cardiac-regenera… |