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New Research Shows Aerobic Exercise May Improve Cognitive Function

By Andrew Deutsch
Posted on 08 Dec 2016
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Image: An example of a brain MRI scan used in the study (Photo courtesy of RSNA).
Image: An example of a brain MRI scan used in the study (Photo courtesy of RSNA).
Researchers using MRI scans have shown that aerobic exercise may benefit people with Mild Cognitive Impairment (MCI) by increasing brain volume and improving cognitive function.

The Magnetic Resonance Imaging (MRI) scans showed that six months of either aerobic or stretching exercises increased local gray matter volume in patients. The results were revealed at the annual Radiological Society of North America (RSNA 2016) meeting. Thirty-five adults, suffering from Mild Cognitive Impairment (MCI) participated in the randomized, controlled trial. All participants underwent high-resolution MR brain imaging before and after a six-month period of aerobic exercise.

The results of the study showed that aerobic exercise led to a significant change in the brain, after a short period of time. Brain volume increased in the temporal lobe, and in most other gray matter regions, improving short-term memory. The researchers also compared the MRI results with conventional and biomechanical metrics.

Co-investigator of the study, Jeongchul Kim, PhD, from the Wake Forest School of Medicine (WFSM; Winston-Salem, NC, USA), said, "We used high-resolution MR images to measure anatomical changes within areas of the brain to obtain both volumetric data and directional information. Compared to the stretching group, the aerobic activity group had greater preservation of total brain volume, increased local gray matter volume and increased directional stretch of brain tissue. Directional changes in the brain without local volume changes could be a novel biomarker for neurological disease. It may be a more sensitive marker for the tiny changes that occur in a specific brain region before volumetric changes are detectable on MRI. Any type of exercise can be beneficial. If possible, aerobic activity may create potential benefits for higher cognitive functioning."

Related Links:
Wake Forest School of Medicine


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