Latest Updates
-
The Protein Gap In Women’s Diets: Gynaecologist Explains Why This Nutrient Matters From Puberty To Menopause -
Ralph Lauren Showcases ‘Jhumkas’ At Paris Fashion Week, Rekindling Debate On Credit For Indian Craft -
Viral Video: Pakistani Family Celebrates India’s T20 World Cup Victory With Cake, Sings Indian National Anthem -
Who Is Aditi Hundia? Viral Video Shows Ishan Kishan Celebrating India’s T20 World Cup Win With Girlfriend -
India Seal Historic T20 World Cup Win: Samson Tournament Star, Bumrah Match Hero, Dhoni Posts Special Message -
Horoscope for Today March 09, 2026 - Small Steps, Big Progress -
International Women’s Day 2026: 7 Powerful Ayurvedic Foods Every Woman Should Start Adding To Her Daily Diet -
What If WiFi, GPS Or Dishwashers Didn’t Exist? This Instagram Reel Credits Women Behind Everyday Inventions -
Women’s Day 2026: Why Creating Relaxation Spaces At Home Matters For Women Balancing Multiple Roles -
Women’s Day 2026 Binge Watch: 10 Movies That Celebrate Women Who Challenge Norms And Rewrite Their Stories
Playing Musical Instrument May Boost Brain's Audio-Motor Connect
Is your son or daughter keen on learning to play a guitar or piano? Allow them, as according to a study, playing any musical instrument throughout life may help improve the connection.
Is your son or daughter keen on learning to play a guitar or piano? Allow them, as according to a study, playing any musical instrument throughout life may help improve the connection between the brain's hearing area and the motor zone.
The findings showed that musical training produces an increase in audio-motor interactions in the right hemisphere at rest.

"This indicates that when a musician trains and spends many years learning to play a musical instrument, there are more effective connections between the auditory and motor systems, which are the regions mainly involved in playing an instrument," said Maraa Angeles Palomar-Garcia, researcher at the Universitat Jaume I (UJI) in Spain.
Further, the research also revealed an adaptation in musicians' brain areas responsible for controlling hand movement. Specifically, participants with musical training had reduced connectivity between the motor regions that control both hands, but may have greater autonomy between their hands.
This, "may reflect a greater skill with both hands for these musicians, compared to the participants who had no musical training, due to the need to use both hands in an independent and coordinated way to play their instrument," Palomar-Garcia explained.
For the study, published in the journal Cerebral Cortex, the team studied the impact of music training on the brain through both functional and structural images of the brain in rest through high field magnetic resonance imaging.

The study also revealed a degree of brain plasticity, which indicates that the brain is able to adapt itself.
"Studies on brain plasticity associated with learning are fundamental to understanding the factors that determine the flexibility of the brain to adapt to a particular situation," says César Avila.
With Inputs From IANS
Disclaimer: The information provided in this article is for general informational and educational purposes only and is not intended as a substitute for professional medical advice, diagnosis, or treatment. Always seek the advice of your physician or a qualified healthcare provider with any questions you may have regarding a medical condition.



Click it and Unblock the Notifications











