How music can boost connections in our brain 

Plaster phrenological models of heads, showing different parts of the brain, are seen at an exhibition at the Wellcome Collection in London March 27, 2012.  We've pickled it, dessicated it, drilled it, mummified it, chopped it and sliced it over centuries, yet as the most complex entity in the known universe, the human brain remains a mysterious fascination. With samples of Albert Einstein's preserved brain on slides, and specimens from other famous and infamous heads such as the English mathematician Charles Babbage and notorious mass murderer William Burke, an exhibition opening in London this week is seeking to tap into that intrigue. The exhibition Brains: The Mind As Matter runs from March 29 to June 17. REUTERS/Chris Helgren       (BRITAIN - Tags: SCIENCE TECHNOLOGY SOCIETY HEALTH) - RTR2ZYK1

Like language, music challenges our brains. Image: REUTERS/Chris Helgren

Neuroscience News
  • Learning music can help grow and enhance connections in the brain.
  • These could help build cognitive function and potentially stave of conditions like dementia.
  • It's thought music could play a similar role as language.

Music soothes, energizes and inspires. It also fortifies pathways in your brain that neurologists say can lead to a better understanding of cognition and dementia.

To help better understand how music strengthens the brain, Dr. Bernard Bendok, chair of the Department of Neurosurgery at Mayo Clinic in Arizona, explains how music strikes a chord with researchers in this Mayo Clinic Minute.

“One of the higher functions that a human brain can engage with is the performance of music,” says Bendok.

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“As you master those instruments, there are certain connections that grow and get enhanced in the brain. The brain likes to be challenged. We know that the more languages you know, the less your risk of dementia. And music happens to be a language.”

“Understanding music allows neurologists and neurosurgeons and neuroscientists to better understand the brain,” continues Bendok.

“It’s a great way to better map the brain, both for enhancing the safety of surgery, but also for exploring new avenues for new therapies for various conditions of the human brain, including degenerative diseases and memory problems.

By understanding these pathways that contribute to musical memory and cognitive memory, this will allow us to solve the problems of degeneration like dementia, but also open new opportunities to enhance function.”

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