What if the secret to a sharper mind wasn’t just exercise but who you exercise with? New research reveals that working out with others may double the cognitive benefits of exercise.
Imagine turning your brisk morning walk or workout into a powerful brain booster—just by adding a friend. Intrigued? Read on to discover how this social twist on fitness can supercharge your brain health and keep your mind sharp for years to come.
Key Takeaways
Exercise Plus Socializing For More Benefits
Group Exercise Doubles Cognitive Benefits
"… it's even more noteworthy that we found exercise's benefits rise -- 14.1 percentage points in our study -- when performed with others and at least twice a week," Prof. Okura added. That means that those who exercised with others twice or more weekly exhibited a 29 percent decrease in cognitive decline. That’s double the brain benefits! "A majority of the older adults in our study took part in exercise by themselves, and we can see the cognitive benefits when they do so at least twice a week," Prof. Okura explained. "Adding in the social element, however, may make regular exercise all the more preventive. Adopting this habit could be extremely valuable." Indeed, research supports that socializing is right up there with exercise, diet, and sleep when it comes to healthy aging.Why Our Brains Love Company
This newest study adds to a growing body of research exploring the significance of strong social ties to brain health. You see, while you’re chatting about your vacation with your walking buddy, you are also stimulating your attention span and strengthening neural networks. A recent study from Johns Hopkins finds that socially isolated older adults have a 27 percent higher risk of developing dementia than older adults who are socially engaged.2 “Social connections matter for our cognitive health and the risk of social isolation is potentially modifiable for older adults,” notes Dr. Thomas Cudjoe, senior author of the study. Whether it’s a fitness class at the YMCA or a walking group that meets regularly, you’ll experience a bounty of benefits. Those start with motivation…Group Exercisers Stick With It
That’s right, one study found that older adults are more likely to stick with a group exercise program if they do it with peers their age.3 "All of this together points to the power of social connections," said Dr. Mark Beauchamp, the study’s lead author. "If you set the environment up so participants feel a sense of connection or belonging with these other people, then they're more likely to stick with it."Summary
Exercising with others offers significant cognitive benefits beyond those of solo workouts, according to a new study from Japan. While exercising alone at least twice a week reduced the risk of cognitive decline by over 15%, exercising in groups doubled this benefit, cutting the risk by 29%. The social aspect of group exercise enhances neural stimulation, strengthens social bonds, and increases adherence to fitness routines, making it an excellent strategy for promoting both brain and overall health.
Frequently Asked Questions
How does group exercise benefit brain health?
Exercising in groups stimulates neural networks, enhances social engagement, and reduces the risk of cognitive decline by 29%.Why is social interaction important for cognitive health?
What types of group exercises are best?
Activities like walking groups, fitness classes, pickleball, or yoga are excellent options for combining exercise with socializing.How often should I exercise with a group to see benefits?
Aim for at least twice a week to experience enhanced cognitive and physical benefits.Can solo exercise still help my brain?
Yes! Solo workouts also reduce the risk of cognitive decline, but group activities offer even greater benefits due to their social component.1 https://www.sciencedirect.com/science/article/abs/pii/S0167494322002953 2 https://agsjournals.onlinelibrary.wiley.com/doi/epdf/10.1111/jgs.18140?utm_term=JGS&utm_campaign=WRH_1_9_23&utm_medium=email&utm_source=publicity 3 https://www.sciencedaily.com/releases/2018/04/180427100304.htm 4 https://www.sciencedaily.com/releases/2016/10/161004081548.htm