Benefits of music training on the brain

August, 2010

A comprehensive review of the recent research into the benefits of music training on learning and the brain concludes music training in schools should be strongly supported.

A review of the many recent studies into the effects of music training on the nervous system strongly suggests that the neural connections made during musical training also prime the brain for other aspects of human communication, including learning. It’s suggested that actively engaging with musical sounds not only helps the plasticity of the brain, but also helps provide a stable scaffolding of meaningful patterns. Playing an instrument primes the brain to choose what is relevant in a complex situation. Moreover, it trains the brain to make associations between complex sounds and their meaning — something that is also important in language. Music training can provide skills that enable speech to be better heard against background noise — useful not only for those with some hearing impairment (it’s a common difficulty as we get older), but also for children with learning disorders. The review concludes that music training tones the brain for auditory fitness, analogous to the way physical exercise tones the body, and that the evidence justifies serious investment in music training in schools.

Reference: 

[1678] Kraus, N., & Chandrasekaran B.
(2010).  Music training for the development of auditory skills.
Nat Rev Neurosci. 11(8), 599 - 605.

Related News

A study of 80 pairs of middle-income Canadian mothers and their year-old babies has revealed that children of mothers who answered their children's requests for help quickly and accurately; talked about their children's preferences, thoughts, and memories during play; and encouraged successful s

A study involving 132 8- and 9-year-old children, some of whom had been adopted into U.S. homes after spending at least a year and three-quarters in institutions in Asia, Latin America, Russia and Eastern Europe, and Africa, while others were adopted by the time they were 8 months old into U.S.

We know that lead damages the brain, and that it does so by somehow affecting the release of neurotransmitters at synapses (the process by which neurons pass messages on). Now a new study explains exactly what lead does.

A national study involving some 8,000 children, has revealed receptive and expressive language, phonological awareness, literacy and early math abilities were all better in 4-year-old children whose parents reported having rules about what time their child goes to bed.

Data from the same long-running study (the NICHD Study of Early Child Care and Youth Development), this time involving 1,364 youth (followed since birth), found that teens who had spent the most hours in non-relative child care in their first 4½ years reported a slightly greater tendency toward i

A study following nearly 1300 young children from birth through the first grade provides more evidence for the importance of self-regulation for academic achievement.

Supporting the idea that repeated anaesthesia in children can lead to memory impairment, a rodent study has revealed that repeated anaesthesia wiped out a large portion of the stem cells in the

A study involving 136 healthy institutionalized infants (average age 21 months) from six orphanages in Bucharest, Romania, has found that those randomly assigned to a foster care program showed rapid increases in height and weight (but not head circumference), so that by 12 months, all of them w

Pages

Subscribe to Latest newsSubscribe to Latest newsSubscribe to Latest health newsSubscribe to Latest news
Error | About memory

Error

The website encountered an unexpected error. Please try again later.