New insight into the development of Multiple Sclerosis

2018-11-13

sclerose-plaques-carte-credit-wikipedia-commons

Read a recent article in Le Fil on the work of Majid Ghareghani, who recently joined Armen Saghatelyan’s team as a PhD student at the CERVO brain research center

Majid Ghareghani is first author of an article recently published in Frontiers in Immunology which proposes a new hypothesis to explain the cascade of events leading to multiple sclerosis.

Read the article in Le Fil: Une nouvelle piste pour la sclérose en plaques

Read the original research article:

Front. Immunol., 30 October 2018 | https://doi.org/10.3389/fimmu.2018.02484

Latitude, Vitamin D, Melatonin, and Gut Microbiota Act in Concert to Initiate Multiple Sclerosis: A New Mechanistic Pathway

Majid Ghareghani, Russel J. Reiter, Kazem Zibara & Naser Farhadi

Recent News

A discovery by Dr. Ayman ElAli’s team, one of our members, is among the 10 most important discoveries of the year according to Québec Science!

2025-01-09

Strokes can cause severe after-effects. A molecule, whose role has just been clarified, could reduce the damage by facilitating natural repair processes.

This discovery by Dr. Ayman ElAli, one of our members, is among the 10 most important discoveries of the year according to Québec Science! We invite you to vote for your favorite discovery!

To read the original article in Québec Science: Réparer le cerveau après un AVC

To vote: 32e édition des découvertes de l’année de Québec Science

A Discovery by Dr. Alexandre Caron’s Team Among the 2024 Scientific Breakthroughs Highlighted by Le Soleil

2024-12-30

Among the five most notable scientific breakthroughs of 2024, according to Le Soleil, is the remarkable discovery by Dr. Alexandre Caron’s team, one of our own researchers. Their work opens new chapters in the history of science with a major advancement: they may have uncovered the key behind the appetite-suppressing effects of Ozempic.

It was known that GLP-1 and molecules mimicking it could slow the transit of food through the digestive system, possibly also acting on the brain, and thus, it was thought, suppress hunger. Dr. Caron and his team discovered that the mechanism is far more complex and fascinating. They also identified new, previously unknown populations of neurons that play an important role in regulating appetite.

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Photo: Jocelyn riendeau, Le Soleil

The University of Liège and Université Laval Join Forces for Neuroplasticity Research

2024-12-15

The University of Liège (Belgium) and Université Laval (Quebec) have established the International Joint Research Unit (UMI) in Neuroplasticity. The agreement was signed on December 11 by rectors Sophie D’Amours (Université Laval) and Anne-Sophie Nyssen (University of Liège).

The UMI in Neuroplasticity represents a scientific collaboration led by Steven Laureys, a professor in the Faculty of Medicine at Université Laval, recipient of the Francqui Prize (Belgium) in 2017, holder of the Canada Excellence Research Chair in Neural Plasticity at Université Laval, visiting professor at Harvard Medical School (BIDMC), research director at the Belgian National Fund for Scientific Research (FNRS), professor at the University of Liège, and founder of the GIGA Consciousness and Coma Science Group (ULiège/CHU of Liège). This transnational and multidisciplinary initiative aims to explore the mechanisms of neuroplasticity to improve mental health, treat neurological disorders, and enhance cognitive rehabilitation approaches.

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The combined effect of omega-3 and exercise on Parkinson’s disease

2024-10-16

A team from Université Laval tested, on an animal model, the combined effects of an omega-3 rich diet and physical activity on the symptoms and degeneration associated with Parkinson’s disease. Unlike research focused on disease prevention, this study looks at what happens after diagnosis.

“Our work is encouraging for people who are already sick and for whom it is too late for prevention,” notes Frédéric Calon, professor at the Faculty of Pharmacy, who led the study.

The team tested whether there was a form of neurorestoration or functional recovery in the brain. “We did not see an increase in the number of neurons, as they cannot be resurrected, but we observed an improvement in the dopaminergic system, which is involved in both gross and fine motor skills,” explains the professor, affiliated with the CHU de Québec – Université Laval Research Center.

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Event Ton Avenir at CIUSSS

2024-10-04

The 4 research centres of the CIUSSS de la Capitale-Nationale were present yesterday October 3rd at the Institut de réadaptation en déficience physique de Québec as part of the event Ton Avenir at CIUSSS organized in collaboration with JeunesExplo – Stages d’un jour! (more…)