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- Faculty of Kinesiology

New guideline on children's concussions could influence clinical practice around the world

The Dr. Peter Stys lab within the Hotchkiss Brain Institute at the Cumming School of Medicine, ��֦��Ƶ, is equipped with highly specialized microscopes used for researching multiple sclerosis, Alzheimer’s and other neurodegenerative disease. In this customized lab, the researchers can’t wear white lab coats, they have to wear dark clothing. Photons could reflect off light clothing and interfere with the experiments. From left: Megan Morgan, research assistant, and Craig Brideau, engineering sc

U��֦��Ƶ scientists discover a new way to battle multiple sclerosis

Researchers clarify the identity of adult brain stem cells

U��֦��Ƶ researchers develop portable brain imaging system that could shed light on concussions

Why are teenagers so difficult to understand? Learn more about how teenagers think from a neuroscientist who has worked in this challenging field for years, even studying the brains of his own kids. Dr. Jay Giedd has contributed to Newsweek, Time and Frontline. He will share his expertise March 26 at 6:30 p.m. at the Alberta Children’s Hospital.

World expert shares his research on why kids 'don't think'

Kinesiology researcher shares latest concussion research during Pyeongchang Olympics

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Clearing the Smoke

U��֦��Ƶ receives $29 million in government support

U��֦��Ƶ researcher leads Canada-wide clinical trial using anti-psychotic drug to treat ALS

Zelma Kiss, neurosurgeon and professor, right, with patient Elias Pharaon. The 85-year-old suffers from a movement disorder called essential tremor, and has benefited from technology that allows surgeons to access the brain using magnetic resonance guided focused ultrasound. Kiss is part of the team that developed this new form of brain surgery. Photos by Riley Brandt, ��֦��Ƶ

Revolutionary technology allows brain surgery without breaking the skin