The Bioprinter project, a three-way initiative from MaRS Innovation, the University of Toronto and Sunnybrook Health Sciences Centre, was featured on Canada AM on January 29 during a segment with…
The radio segment, called “Crowdfunding Science,” aired on January 25, 2014 and discussed the lack of funding researchers have access to for commercialization, making it harder to advance research that could be helping people in a variety of industries.
WaveCheck’s crowdfunding campaign is an example of how MaRS Innovation gets creative when traditional funding channels take too long or run dry, speeding up the commercialization process.
The article by Joseph Czikk, BetaKit’s managing editor, is part of a series on Canada’s most promising start-up accelerators and the people who make them successful. Czikk highlights UTEST “as one of the most value-packed programs in the entire country” and credits the calibre of applicants and ideas to the program’s requirement to have at least one co-founder affiliated to the University of Toronto.
UTEST is now accepting applications for the program’s third cohort. Those interested should watch for updates through MaRS Innovation and the University of Toronto, or contact UTEST co-directors Mike Betts and Kurtis Scissons for more information.
UTEST success stories Crowdmark, Granata Decision Systems and Whirlscape reflect the scope of ideas that come through the program and how the grow to address needs across many industries.
U of T professor shares tips to her team’s commercialization success
When it comes to bringing research from the lab to the market, the University of Toronto’s Dr. Shana Kelley knows firsthand what it takes. She’s co-founder of Xagenic, a MaRS Innovation and U of T start-up company that’s developed the first lab-free molecular diagnostic platform with a 20-minute time-to-result based on her research with fellow U of T colleague Professor Edward Sargent.
In her guest blog post for the Ministry of Research and Innovation, Kelley outlines what she’s learned through her experience in the commercialization process (emphasis ours):
1. When ready to commercialize, look in your own backyard for investment and support
Dr. Shana Kelley, co-founder of Xagenic Inc. and University of Toronto professor.
When the Xagenic technology was mature enough to consider commercialization, we started to call venture investors all over the world to see if we could get them to back the company. We always got the meetings we wanted, and lots of enthusiasm and encouragement, but it was difficult to get people engaged. We were fortunate to get seed funding from a group of local organizations including MaRS Innovation, Ontario Institute for Cancer Research, the Innovation Acceleration Fund (IAF), and Ontario Centres of Excellence and then finally found the group that would eventually be our Series A lead investors, CTI Life Sciences Fund.
With CTI, we immediately got the traction we had been looking for from a venture investor that indicated genuine interest in the company. When we later made the rounds for the Series B investment outside of Canada, we repeatedly heard the comment: “we’re glad to see you could do the Series A in your own backyard.”
When I probed about why this was important, I found that the investment community thinks it is important to have your early investors as close geographically as possible. The level of interaction when a company gets off the group needs to be fairly intense — being geographically closer helps entrepreneurs and investors keep in better contact. This is definitely not a hard-and-fast rule, but I found it interesting that many investors had this perception. And it creates a particular challenge for Canadian companies given how little venture capital is available locally!
Minuum’s potential goes far beyond improved touchscreen typing. The company’s so-called “one-dimensional” keyboard approach can actually be applied to a wide range of scenarios, in particular, highly touted new wearable technologies like Google Glass, and motion-sensing technologies such as Microsoft’s Kinect and the Leap Motion 3D controller, enabling users to type “anywhere.”
2013 was an exceptional year for MaRS Innovation. Here are the top 10 news stories from our commercialization portfolio. 1. MaRS Innovation secures a $15 million CECR funding extension In January,…
Indiegogo campaign raised $53,390 from over 500 worldwide donors
WaveCheck co-inventor, Dr. Gregory Czarnota, appeared on CTV National News on December 15.
CTV National News featured WaveCheck’s crowdfunding campaign on December 15 in a report by Avis Favaro. The report included an interview with MaRS Innovation’s President and CEO, Dr. Raphael Hofstein (at the 1:37 mark).
William Tran, a researcher associated with the project at Sunnybrook Health Sciences Centre, was also interviewed on Canada AM on December 16.
WaveCheck, which closed its campaign December 4, was invented by Dr. Gregory Czarnota of Sunnybrook Health Sciences Centre and Prof. Michael C. Kolios of Ryerson University. WaveCheck uses ultrasound technology to show people with breast cancer if their chemotherapy is working within weeks.
While the Indiegogo campaign has concluded, Sunnybrook Foundation is now accepting donations flagged “WaveCheck” on behalf of the researchers through its website.
At campaign close, WaveCheck ranked in the top 0.005 per cent of health-related campaigns on Indiegogo, and was covered by CBC television and Metro Morning, theToronto Star, Sing-Tao and MedCity News.
Technology developed by Dr. Stuart Berger at UHN is first project funded through partnership TORONTO, Dec. 11, 2013 - MaRS Innovation, a Centre of Excellence for Commercialization and Research, has announced…
MaRS Innovation’s commercialization process helps inventors move their transformational ideas from the lab bench to the market.
Johnson & Johnson Innovation and its affiliate Janssen Inc. in Canada announced new collaborations with two Canadian early-stage drug technology development centres, Montreal-based NEOMED and Toronto-based MaRS Innovation, to identify and advance promising bio/pharmaceutical technologies that have the potential to impact human health.
Through these collaborations, technical experts from the Johnson & Johnson Innovation Center in Boston, Massachusetts will work with NEOMED and MaRS Innovation to identify investment opportunities emerging from well-validated scientific research discoveries within their communities of academic institutions and biotechnology companies.
MI Project Manger Fanny Sie discusses Toronto’s impact on 3D printing landscape
MaRS Innovation’s Fanny Sie is project manager for the Bioprinter, a 3D printer that can print on organic material.
In a December 4 article, part of a feature series on technology in Toronto, Yonge Street Media reporter Andrew Seale highlights the creative and innovative technological work surrounding the 3D printing and cyber security sectors in the city.
MaRS Innovation’s Fanny Sie is managing business development for the Bioprinter, a 3D printer using University of Toronto technology that’s capable of printing on organic material, including skin.
By printing on skin, the cost of treating burns on the body could be reduced.
Here’s an excerpt from the article (links and emphasis ours):
“Cells are very intelligent, you just have to be able to put them close enough to one another in order for them to take over,” says Sie adding that some of the research is a partnership with the Sunnybrook Health Sciences Centre and Research Institute.
MaRS Innovation staff and WaveCheck Campaign Co-directors Dr. Fazila Seker and Elizabeth Monier-Williams spoke with the CBC’s Colleen Ross about the process of crowdfunding WaveCheck’s partner-based clinical studies on “The World This Weekend.”
The University of Toronto Early Stage Technology (UTEST) program was the focus of a recent online article in BetaKit, a Canadian innovation and technology resource.
When it comes to bringing research from the lab to the market, the University of Toronto’s Dr. Shana Kelley knows firsthand what it takes. She’s co-founder of Xagenic, a MaRS Innovation and U of T start-up company that’s developed the first lab-free molecular diagnostic platform with a 20-minute time-to-result based on her research with fellow U of T colleague Professor Edward Sargent.
Whirlscape’s Minuum keyboard leads the way in Matthew Braga‘s January 5 Financial Post article highlighting promising start-ups from across Canada.
