What if we could reduce rates of a wide range of devastating mental illnesses through early detection? Thanks to a significant gift of $2.9M from the Irving Ludmer Family Foundation to The Montreal Neurological Institute and Hospital of McGill University (The Neuro), hope is on the horizon through the expansion of a major collaboration to understand why some children are vulnerable to conditions like autism, attention deficit disorder and social anxiety, and what can be done to prevent these disorders before they take hold. This collaboration will also explore brain disorders in the aging population, such as dementia, in an unprecedented investigation of mental health across the lifespan.
The number of days an expectant mother was deprived of electricity during Quebec’s Ice Storm (1998) predicts the epigenetic profile of her child, a new study finds.
The McGill University and Génome Québec Innovation Centre will receive generous support from the Canadian Institutes of Health Research (CIHR) and Génome Québec to continue its trailblazing research in the field of epigenetics. The support announced today by the funding partners will go toward examining how environmental factors can alter the expression of our DNA and have life-long effects on human health.
Rare genetic mutation linked to psychiatric illnesses, obesity B Charlie Fidelman, GAZETTE Health Reporter October 8, 2012 MONTREAL — Grounding chronic illnesses and mental disorders in human DNA is like trying to tease out a giant riddle that’s complicated by the intricate relationship between biology and behaviour.
From the lab of CIFAR Fellow Michael Meaney (McGill University): Scientists have provided evidence that socioeconomic status affects family function and the development and function of brain regions that are critical for attention, learning and memory. Meaney's lab looks into how parenting produces lasting effects on cognitive and emotional development. His lab examined development in rats and found parental influences on the chemical, or 'epigenetic', signals that control the activity in the brain of genes that influence the connections between brain cells as well as learning and memory.