Genome Canada launched the Canadian VirusSeq Data Portal today to track the evolving COVID-19 pandemic across Canada. McGill University researcher Guillaume Bourque, a professor in the Department of Human Genetics, along with his research team, led the development of the portal. They worked in collaboration with CanCOGeN VirusSeq and world-leading genomics scientists, including Drs.
Congratulations to Jianguo (Jeff) Xia ( AnSci/Para), Guillaume Bourque (Director of Bioinformatics at the McGill University & Genome Quebec Innovation Center) and Pierre-Étienne Jacques (Sherbrooke) who were awarded $1.1 by Genome Canada earlier this week.
Major federal and provincial investments in genomics research were announced this week following three recent Genome Canada competitions. The announcement, made at University of Guelph, includes over $10 million in funding to seven projects led by McGill researchers. Here's a quick look at one of those projects. (A complete list follows.)
Highly complex interactions among roots, fungi and bacteria underlie the ability of some trees to clean polluted land, according to a novel study by bioinformatics and plant-biology experts from McGill University and Université de Montréal.
The McGill University and Génome Québec Innovation Centre and the Canadian Centre for Computational Genomics will receive a total of $9.8 million in funding over three years through Genome Canada awards announced Feb. 21.
Assessing the risks that toxic chemicals pose to natural ecosystems is a huge challenge, given the thousands of chemicals that require testing. But the task is expected soon to become less daunting, thanks to a new tool being developed by McGill University researchers.
Génome Québec is happy to report that Québec has achieved excellent results in the 5th cycle of the Genomic Applications Partnership Program (GAPP).
Poultry used to be the usual suspect in cases of Salmonella poisoning. Today, however, most outbreaks of the illness come from fruit and vegetables that have become infected when the soil in which they grow is polluted by animal waste or non-potable water. There currently is no method of reducing the growth of Salmonella on such produce.