MI’s Fazila Seker also interviewed in National Post article on what prompts medical researchers to consider crowdfunding
The WaveCheck crowdfunding campaign, which raised $53,390 on Indiegogo to support clinical trials for a clinical technique invented by researchers at Sunnybrook Health Sciences Centre and Ryerson University, was included in a new Canadian-led study on the merits of crowdfunding to support cancer and rare diseases.
MaRS Innovation has confirmed with lead author Professor Nick Dragojlovic of the University of British Columbia that WaveCheck was among the campaigns included in the study.
Dr. Keith Jarvi (left), Head of Urology and Director of the Murray Koffler Urologic Wellness Centre and Dr. Andrei Darbovich, lead author of the paper.
Mount Sinai’s Lunenfeld-Tanenbaum Research Institute has developed a new test that could make a big difference to men facing infertility.
A study published in a leading international journal, Science Translational Medicine, details the discovery of a key biomarker that can pinpoint the cause of infertility without the need for invasive surgery.
About half a million Canadian men are infertile, according to clinician-research Dr. Keith Jarvi. As a urologist who treats men with infertility, he knows how valuable this simple, inexpensive test could be. “Testing a semen sample can be done in the doctor’s clinic as it’s noninvasive and much easier for the patient than surgery,” he says.
Dr. Jarvi directs the Murray Koffler Urologic Wellness Centre, is head of Urology, and associate scientist at the Lunenfeld-Tanenbaum Research Institute. He is a professor of Surgery at University of Toronto.
MaRS Innovation, which commercializes discoveries made by University of Toronto hospitals and research institutes, is already working on the project, which Jarvi believes may lead to commercial tests within the next couple of years. [For more information, contact Barry Elkind].
BioDiaspora, a start-up company based on the research of company founder, Dr. Kamran Khan of St. Michael’s Hospital, has identified two mass gatherings in the Islamic world as key possible spread points for the life-threatening MERS coronavirus, which emerged in the Middle East in early 2012.
BioDiaspora’s disease-tracking platform, which correlates uses global air traffic patterns to predict the international spread of infectious disease (as described in the original media release from St. Michael’s Hospital):
The first is umrah, a pilgrimage that can be performed at any time of year but is considered particularly auspicious during the month of Ramadan, which this year began on July 9 and ends on Aug. 7. The second is the hajj, a five-day pilgrimage required of all physically and financially able Muslims at least once in their life. It takes place Oct. 13 to 18 this year and is expected to draw more than 3 million people.
Predicted spread of MERS coronavirus based on hajj travel patterns. Source: Potential for the International Spread of Middle East Respiratory Syndrome in Association with Mass Gatherings in Saudi Arabia/PLOS Currents Outbreaks.
It also identified the Mumbai-India corridor as particularly vulnerable to MERS based on the predicted exit traffic of travelers leaving the hajj and returning to their home countries following the mass religious event.
The Los Angeles Times featured Dr. Gregory Czarnota’s research in their Science Now section on July 10, 2012, which reports on discoveries from the world of science and medicine (update: the article is no longer available online).
Czarnota, a researcher at the Sunnybrook Health Sciences Centre, is working with MaRS Innovation to license his patented technology: radiosensitization of tumour cells using a combination of microbubbles and targeted, high-intensity, focused ultrasound.
The WaveCheck crowdfunding campaign, which raised $53,390 on Indiegogo to support clinical trials for a clinical technique invented by researchers at Sunnybrook Health Sciences Centre and Ryerson University, was included in a new Canadian-led study on the merits of crowdfunding to support cancer and rare diseases.
