A comprehensive review of existing research has found that any amount of exercise is good, but working out in different ways throughout the week is the best prescription for optimal cognitive and body function. The study, published recently in the journal Neurobiology of Aging, also found a relationship between improved physical health and improved overall brain health. Regular aerobic and resistance training also reduces frailty and its associated hazards in older adults.
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The Subramaniam lab at DMCBH. Pictured, left to right: Dr. Sriram Subramaniam, Dr. Sagar Chittori, Karie Hanson, Dr. Alison Berezuk, Dr. Jean-Philippe Demers, Dr. Peter Axerio-Cilies, Brian Caffrey.
Dr. Julie Robillard, Assistant Professor, Department of Neurology and Associate Director, Neuroethics Canada, has been awarded the Dr. Andrew Eisen Leadership Development Award for outstanding leadership and her project, Characterizing the Impact of Respite Care in ALS (CIRCA) project. She accepted the award at the ALS Society of BC Awards Ceremony on April 2.
“The world is mobilizing around a strategic approach to brain research,” says Dr. Judy Illes, “and neuroethics is an anchor point.”
While leaders in brain research around the world have been building toward an international brain research strategy, Canada has been working on a complementary approach that accelerates international efforts but leverages the unique advantages of Canadian researchers and Canada as a neuroscience-driven nation.
A pan-Canadian program involving University of British Columbia researchers is one step closer to improving prevention, diagnosis and treatment of concussions in youth sport, thanks to $12 million in funding from the National Football League.
The Allen Institute in Seattle announced today their 2018 Next Generation Leaders, a group of six early-career neuroscientists who will participate in a special advisory council for the Allen Institute for Brain Science, a division of the Allen Institute.
Pictured: Dr. Brianne Kent. Image credit: Paul Joseph/UBC.
As anyone who has ever lain awake in the dark hours after going to bed will attest, sleep is complicated and a lack of it can be disruptive to every aspect of one’s life. Deep sleep is important for a number of brain functions, and essential in clearing the brain of toxic proteins such as beta-amyloid, which can accumulate in the brain over the course of the day. Beta-amyloid proteins contribute to the plaques that form in the brain in disorders such as Alzheimer’s disease.
Image source: UBC School of Music.