News Release 

Health Canada's COVID-19 response grants funding to three projects at the LDI

Efforts to develop more rapid testing, to determine the potential of existing drugs, and to understand key genetic markers of the immune respond to the coronavirus are underway at the Jewish General Hospital

McGill University

Dr. Mark Trifiro, Chief of Endocrinology at the JGH and Professor of Medicine at McGill University, received $717,700 to develop a diagnostic device that could be used at the initial point-of-contact with a health care professional to determine within minutes whether a patient is infected with COVID-19.

"Because there are currently no available anti-viral agents to treat or prevent COVID-19, our best defense against the spread of this infection is to adopt control measures, the effectiveness of which depends on verifying individuals who are infected," said Dr. Trifiro. "Current laboratory tests may take 24 to 48 hours to yield results. Our revolutionary methodology would construct a diagnostic device which is small and portable, and would help enormously with infection control management during outbreaks."

Dr. Jian Hui Wu, Associate Professor of Oncology at McGill University, received $478,000 to apply computational approaches by an array of experimental assays to screen the approved drug database of the US Food and Drug Administration (FDA) in order to rapidly evaluate the best candidates to be redeployed against COVID-19. Since risk profiles have already been developed for approved drugs, the process of testing the efficacy of promising candidates could proceed more quickly and lead to faster approvals of viable drug candidates.

Dr. Chen Liang, Acting Director of the McGill AIDS Centre and Professor of Medicine in the Department of Microbiology and Immunology at McGill University, received $480,000 to determine how COVID-19 so successfully evades the immune responses, so that they can spread in humans and cause fatal illness.

Coronaviruses are not new to humans, Dr. Liang points out. The common cold is caused by coronaviruses. However, beginning with SARS in 2002, and MERS ten years later, more lethal versions have begun to emerge. Already, COVID-19 has infected, and killed, more people than the total of those two earlier outbreaks.

"Two urgent questions need to be addressed. How did these coronaviruses transmit from animals into humans? What have made them so pathogenic and lethal?" Dr. Liang said. "Our research will identify the key viral genes that suppress immune responses by blocking essential signaling pathways. The results will open new avenues for the development of effective interventions to halt the COVID-19 pandemic."

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