The Canadian Food Inspection Agency recently approved gene editing for use in breeding new crop varieties, meaning plant breeders can now apply the technology to their work. Gene editing has the potential to quickly develop new varieties with greater accuracy in targeting traits such as drought and disease resistance, with promising agronomic and trade implications for farmers.
On May 18, 97 laureates were celebrated at the Bravo 2022 gala, an event honouring McGill researchers and scholars across disciplines who won special awards, memberships, and prizes during the preceding year.
What makes the elderly and people with underlying conditions more vulnerable to COVID-19? According to a new study led by McGill University researchers, clues can be found in the proteins involved in initiating infection, as the virus binds to host cells of different animals. Greater cellular oxidation with aging and sickness may explain why seniors and people with chronic illness get infected more often and more severely.
Congratulations to Professor Jaswinder Singh, Plant Science, who received the 2018 Canadian Society of Plant Biologists C.D. Nelson Award.
This award recognizes Professor Singh's outstanding research contributions in plant biology, which show exceptional promise for the improvement of crop plants through genetic engineering, molecular breeding and genomics.
Jaswinder Singh can hardly contain his excitement when talking about TLP8, a useful protein he discovered in barley. “It could revolutionize the brewing industry,” said the associate professor at McGill University’s plant science department.
...Singh and his research team identified 22 genes in barley that were related to the germination process.
In a study published recently in Proceedings of the National Academy of Sciences, McGill University researcher Jaswinder Singh and co-authors describe a new protein that could greatly improve brewing.
Canada’s extensive malting and brewing industry could get a further boost from new insight into the science of malting.