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Video: “Imaging Tests”

July 2016 Awareness Night Imaging Tests Dr. Masoom Haider, MD, FRCPC Senior scientist, Physical Sciences, Odette Cancer Research Program Sunnybrook Research Institute Chief, Department of medical imaging, Sunnybrook Health Sciences Centre Professor, Department of medical imaging, University of Toronto Clinician scientist, Ontario Institute for Cancer Research   CLICK ON THE ARROW TO START THE VIDEO The Complete Presentation 44:07 minutes

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Team touts cancer ‘lab on a chip’

(M2M comment- Dr. Aaron Wheeler at the Canadian Cancer Society Innovative Research in Cancer Event, Sept. 23, 2009, showed a similar device he is developing to detect Prostate Cancer.) Joseph Hall    HEALTH REPORTER           TORONTO STAR Aaron Wheeler holds a petri dish bearing a lump of breast tissue that resembles, in size and appearance, a piece of chewed gum. In his right, the University of Toronto chemist holds a microchip array, about the size of a credit card, bearing a drop of red liquid about a thousand times smaller than the glob of flesh. The drop represents the minute amount of

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Analyzing Cancer Cells to Choose Treatments

Microfluidics chips allow scientists to study circulating cancer cells and determine their vulnerabilities. By Emily Singer         from   MIT Technology Review In a new clinical trial for prostate cancer, scientists will capture rare tumor cells circulating in patients’ blood, analyze them using a specialized microchip, and use the results to try to predict how well the patient will respond to a drug. The trial reflects a new phase of personalized medicine for cancer, enabled by microfluidics technologies that can isolate scarce cancer cells and detect very small changes in gene expression.

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Microchip spots cancer quickly and painlessly

by Megan Ogilvie & Joseph Hall The microchip technology, created by a pair of University of Toronto scientists, will be able to determine the severity of the tumours through a simple urine sample and produce quick diagnosis with no need for painful biopsies. Now heading into the engineering stage, a BlackBerry-sized device should be available for doctors’ use within two to three years and eventually could be tuned to detect a broad range of cancers and infectious ailments, the researchers say. “The goal would be to produce a result … while you’re sitting in the waiting room,” said engineering professor

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