Today announced at McMaster University prix.

The BiopSys network is one of two U of T projects to a $ 5-million funding boost by the NSERC Strategic Research Networks program will receive, today announced at McMaster University prix . The other – led by computer scientist Ren e Miller, Bell Canada Chair of Information Systems at U of T – looks at the development of better information management systems for business, academia and government organizations. We are delighted that two of the nine networks created today are based at the U of T, says Professor Paul Young, U of T vice-president . Unique because itnts fund leading large multidisciplinary have the potential have the potential to greatly benefit the company in the years ahead, and that’s exactly the kind of work that Professor Walker. We will look at him and others like him who are working closely colleagues colleagues in academia and industry for innovations to improve the country’s economy and quality of life of citizens. .

The network will receive the NSERC funding of $ 1 million a year for five years, is unique in that it brings together experts from a wide range of disciplines and skills. U of T researchers in the departments of chemistry, electrical engineering and computer science, physics and the Medical School are involved, as well as scientists from Universities of Ottawa, Victoria, Western Ontario and Windsor. The team also includes scientists from the? Cole Polytechnique de Montr? Al Toronto and Mount Sinai and Princess Margaret Hospitals, and industrial partners. ‘We are very grateful to NSERC are for its continuous investment in quality and for its support of the U of T research,’ says University of Toronto President David Naylor. ‘The BiopSys network represents a unique partnership between academia, industry and government, the revolutionary improvements will result in cancer diagnosis. The Network brings together some of the brightest minds from a wide range of disciplines, including biochemistry, mechanical engineering and physics. Will Through its industrial partners be be able to transfer this knowledge to fast in practice, development of equipment of significant value for Canadians. ‘.

Reproductive Research from the University of Pennsylvania and of the child Hospital of Philadelphia with isolation and transplants who pure populations of of immature cells, which the male reproductive allow at two ways succeeded in – isolating human spermatogonia and mouse gonocytes. This germline stem cells, taken from testicular biopsies showed viability following graft the murine testis ships in a controlled laboratory environment.

In the interests of to identify Quick biomarkers for tracking the spreading of colon cancer, the researchers against protein, cells. Carried the primary or original tumor cells on which arrived metastasising cells from an individual having cancer. It identify two proteins that occurred at much higher layers in the metastatic cells than in the primary cancer cells. The two proteins act as potential biomarkers a blood test to predict the the spread of colorectal cancer, a previous intervention and treatment of , the scientists say.

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