香蕉视频

It is with profound sadness that we announce the passing of Professor Emeritus Philip E. Branton last night. Phil served as the former Chair of the Department of Biochemistry (1990-2000) and was a Full Member of the McGill Cancer Centre (now the Rosalind and Morris Goodman Cancer Institute) and the Gerald Bronfman Department of Oncology. More than that, he was a dear friend to many.

Published on: 18 Sep 2024

, McGill鈥檚 Climate Change Artist-in-Residence, will curate the Faculty of Science鈥檚 Bicentennial Science/Art Exposition, billed as a 鈥渃elebration of science in all its forms鈥.

The art show organizers are calling on all members of the McGill community to submit works in any medium, expressing what science means to them.

The deadline for submissions is October 31, 2021.

Published on: 30 Aug 2021

The Faculty of Science is celebrating McGill鈥檚 200th anniversary with a student art exhibition on the theme of 鈥淪cience!鈥. McGill students at all levels and all faculties are invited to submit works in any medium, expressing what science means to them.

Faculty of Science bicentennial committee member, Torsten Bernhard, says the aim of the exhibition is to celebrate science in all its forms.

Published on: 12 Jan 2021

A group of proteins called 4E-BPs, involved in memory formation, is the key to unlocking the antidepressant effect of ketamine in the brain, according to researchers from three Canadian universities. The could lead to better and safer treatments for certain patients suffering from major depression.

Classified as: ketamine, depression, antidepressant, brain, Nahum Sonenberg, Gabriella Gobbi
Published on: 16 Dec 2020

McGill Newsroom

Antibiotic resistance represents a major challenge in treating pathogenic bacterial infections.

Now, researchers at 香蕉视频 have discovered a possible target for fighting back against resistant bacteria.

Classified as: antibiotics, Antibiotic resistance, health and lifestyle, bacterial infection, Albert Berghuis, enzyme, motion sensors, pathogenic bacteria
Published on: 9 Jun 2016

McGill Newsroom

McGill-led discovery could help fight obesity, metabolic disorders

Researchers have uncovered a new molecular pathway for stimulating the body to burn fat 鈥 a discovery that could help fight obesity, diabetes and cardiovascular disease.

Classified as: metabolism, obesity, Canadian Institutes of Health Research, Fat, science and technology, body fat, metabolic disorders, folliculin, Kidney Foundation of Canada, Fonds de Recherche du Qu茅bec鈥揝ant茅
Published on: 16 May 2016
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