OTTAWA, Nov. 24, 2016 /CNW/ - The Stem Cell Network (SCN) with the support of the Minister of Science, the Honourable Kirsty Duncan, is pleased to announce funding of $9 million for innovative stem cell and regenerative medicine research that will help translate discoveries into better health and economic growth for Canadians. This funding was made available thanks to a 2016 budget commitment of $12 million over two years by the Government of Canada to further the work of the Stem Cell Network.
SCN is funding a total of 31 goal-directed projects from across Canada that are moving research from lab bench to bedside in areas such as brain injury, kidney disease and breast cancer. SCN researchers are also working to tackle emerging policy issues relevant to the field, such as gene editing and misleading marketing claims. Today's funding is being matched with partner support of $20 million.
"For years, Canadian researchers have been known leaders in regenerative medicine. The funding announced today will support projects that encourage important partnerships between universities, hospitals and businesses so they may collaborate on bold new stem cell technologies and health innovations that will improve the lives of Canadians. Through the Stem Cell Network, I am confident Canadians are gaining a better understanding of this promising research, the results of which contribute to a strong and healthy middle class" The Honourable Kirsty Duncan, Minister of Science
"We are a nation of leaders and innovators, it is in our DNA," said Dr. Michael Rudnicki, OC, Scientific Director of SCN. "The regenerative medicine research sector is fueled by stem cells and today it is at a tipping point, with the potential to see breakthroughs in our generation. I am thrilled that SCN is able to power the foundation of scientific excellence that exists within Canada's universities, research hospitals and institutes."
In Canada, chronic diseases absorb approximately 67 percent, or two-thirds, of all direct healthcare spending and their burden on the health-care system continues to outpace economic growth. However, the disruptive power of stem cells makes it possible to turn the page in the decades to come.
SCN is flowing funds through three strategic programs:
The Clinical Trials Program will provide $4.214M for 6 trials. A total of 38 investigators (6 Principal Investigators & 32 Co-Investigators) at 12 institutions and 50 trainees will be engaged in these trials, which will determine the safety and efficacy of new stem cell treatments in humans. This is the first time in SCN's history that it has offered support for clinical trials. This program supports phase I/II trials with the potential to be economically viable for health care systems and show a benefit to patients. Funded trials will focus on a spectrum of health issues including treating fatal illnesses such as septic shock, evaluating a stem cell therapy for diabetes, and expanding stem cells from cord blood for efficacious and cost effective transplantation. Researchers will also be working in the areas of acute myocardial infarction, liver transplantation and type 1 diabetes.
The Disease Team Research Agreement Program will provide $3.281M for 8 projects. A total of 41 investigators (8 Principal Investigators & 33 Co-Investigators) at 11 institutions and more than 80 trainees will be engaged. Multidisciplinary teams supported through this program are focused on novel cellular or stem cell-related therapeutic approaches to treat disease. Commercialization is an important component for this program, as projects must demonstrate a path to market or clinic. Research supported from this competition will address treatments for diseases such as arthritis, liver failure, and type 1 diabetes. In addition, support will be provided to further ongoing research that is looking at existing drugs for the regeneration of neural tissue after a brain injury.
The Impact Research Agreement Program will provide $1.54M for 17 projects that span clinical translation, commercialization and public policy. A total of 27 investigators (17 Principal Investigators & 10 Co-investigators) at 15 research institutions will benefit and more than 60 trainees will be engaged. Diseases such as diabetes, osteoarthritis, and kidney disease will all be studied. Commercialization topics include 3D printing of neural tissues, and the scalable production of engineered micro tissues.
Last updated on: 29/11/2016
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