![]() ![]() The team utilized resting-state functional magnetic resonance imaging, structural magnetic resonance imaging, and diffusion tensor imaging to calculate connections within participants' brains. ![]() Fifty-one of the musicians possessed absolute pitch, the rare and coveted ability to identify a tone without a reference. ![]() To push the field forward, Leipold, Jäncke, and their colleagues recruited 103 professional musicians and 50 non-musicians, the largest musician sample size to date for a brain imaging study. However, many studies have been relatively small, limiting their broader implications. Some suggest certain parts of musicians' brains are larger and they show extraordinary listening abilities. What's new - Previous studies exploring how music influences the structure and function of the brain have produced varied results. The findings were published Monday in the Journal of Neuroscience. "By training, we can change the way our brains are wired." Leipold is a psychiatry researcher at Stanford University. "The findings matter for any kind of expertise in all areas where one can improve through intensive, long-time training," study co-author Simon Leipold tells Inverse. Learning any challenging skill has brain benefits regardless of when you start. Researchers have observed similar, positive brain changes induced by other activities - including ballet, golf, and chess - at any age. Music is not the only practice that prompts these connections, nor is interconnectedness a benefit only experienced by the young. the human brain is shaped by experience." This heightened interconnectedness spans between and within brain hemispheres and was especially strong in areas of the brain responsible for processing sounds such as music and speech. In the study, Jäncke and his team found that musical brains have stronger structural and functional connections compared to those of non-musicians, regardless of their innate pitch ability. Jäncke is a neuropsychology researcher at the University of Zurich. "This study, among other studies, demonstrate how the human brain is shaped by experience," study co-author Lutz Jäncke tells Inverse. Learning music early in life actually makes the brain more connected, inducing neural plasticity capable of improving neurological capabilities beyond music. In a recent study, scientists reveal further evidence supporting this brain-building tactic. Playing music can help children read better, store memories, and pronounce different languages. Whether it's singing do-re-mi or strumming a guitar, making music is one of the best ways to stimulate a young mind.Įven if children abandon their music lessons when they hit their angsty teen years, cognitive neuroscientists say cultivating musical ability early on has lifelong benefits. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |