Exercise in 30s-40s Cut Brain Age by 7 Months in 1-Year Trial

3 articles · Updated · alzinfo.org · Jul 14

130 adults ages 26 to 58 who started regular exercise saw their biological brain age fall by about seven months after one year, while inactive peers showed modest brain aging.
150 minutes a week of moderate-to-vigorous activity drove the change: participants did supervised treadmill or bike sessions twice weekly and added home workouts.
MRI scans measured brain age through gray and white matter, brain lesions and blood flow, linking a younger-looking brain to better long-term memory and lower dementia risk.
The randomized study found fitness improved but blood pressure and body mass index changed little, suggesting the brain benefit was not simply mirrored across all health measures.
Researchers said the small trial points to the 30s and 40s as a potentially important window to build resilience against later age-related brain decline.

Sources

alzinfo.org5d ago

Study: Exercise in 30s-40s Reduces Biological Brain Age by Seven Months

studyfinds.com5d ago

Aerobic Exercise Makes The Brain Younger, Scientists Just Can't Explain Why

Instagram5d ago

Exercising the brain has been proposed as one of the important tools that can help to decrease chances of developing cognitive decline. But we very rarely see such a long-term follow up

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Can a seven-month brain age reversal from one year of exercise truly prevent dementia decades later?

If not by improving general health, what is the brain's secret anti-aging mechanism triggered by exercise?

Beyond personal choice, how much does national inequality influence the biological age of our brains?

Aerobic Exercise in Midlife Significantly Reduces Brain Age: New Clinical Trial Reveals Measurable Cognitive Benefits

Overview

A major clinical trial by the AdventHealth Research Institute found that regular aerobic exercise can make the brains of midlife adults appear younger, as measured by advanced MRI and machine learning techniques. Participants who exercised for a year showed a nearly one-year difference in brain age compared to those who did not, suggesting that starting physical activity in your 30s, 40s, or 50s can help prevent age-related brain changes and lower the risk of cognitive decline. While the exact biological reasons are still being studied, this research highlights the powerful impact of an active lifestyle on long-term brain health.

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