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Potent brain tonic: Aerobic exercises help increase brain size and function

Exercise is a potent brain tonic and here’s how. Walking, running, cycling and other forms of aerobic exercise that pushes up your heart rate increases brain size and function, shows a new US study that used high-resolution MR images to measure anatomical changes in the brain before and after six months of exercise.

Updated on: Nov 30, 2016 03:35 PM IST
Hindustan Times | By , New Delhi
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Exercise is a potent brain tonic and here’s how. Walking, running, cycling and other forms of aerobic exercise that pushes up your heart rate increases brain size and function, shows a new US study that used high-resolution MR images to measure anatomical changes in the brain before and after six months of exercise.

Exercise boosts brain function by increasing blood flow that prevent brain cells from age-related atrophy. (Shutterstock)
Exercise boosts brain function by increasing blood flow that prevent brain cells from age-related atrophy. (Shutterstock)

While all types of exercise improves brain function, aerobic activity is the quickest way to give the brain a boost, found a study of people with mild cognitive impairment, which puts them at risk of developing Alzheimer’s disease.

Exercise boosts brain function by increasing blood flow that prevent brain cells from age-related atrophy. New research also shows that exercise stimulates the formation of new brain cells, which till recently was not believed possible in adult brains.

All forms of exercise done four times a week over a six-month period increased volume in specific areas of the brain, but adults who did aerobic exercise -- treadmill, stationary bike or elliptical training --experienced greater gains than those who just did stretching exercises, showed a US study presented on Thursday at the annual meeting of the Radiological Society of North America in Chicago.

Compared to the stretching group, the aerobic activity group had greater preservation of total brain volume and increased local gray matter volume and brain tissue. The stretching group showed atrophy within the connecting fibres in the white matter in the brain, which could be an early marker for neurological changes.

 
ABOUT THE AUTHOR
Sanchita Sharma

Sanchita is the health & science editor of the Hindustan Times. She has been reporting and writing on public health policy, health and nutrition for close to two decades. She is an International Reporting Project fellow from Paul H. Nitze School of Advanced International Studies at the Bloomberg School of Public Health and was part of the expert group that drafted the Press Council of India’s media guidelines on health reporting, including reporting on people living with HIV.

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