Years ago, many believed that the health benefits of exercise were limited to the body.
However, research has demonstrated that regular physical activity and movement can benefit both the body and the brain.
Recent studies have highlighted that movement can improve the supply of oxygen to the brain and promote the production of new cells.
In fact, it appears movement also aids in creating new connections in the brain!
Why it Matters:
Many schools have reduced physical education classes.
Many more students have moved towards e-learning.
For those reasons, it’s important to be mindful of our children’s physical activity and to encourage them to exercise more each day.
And not just to benefit their physical health.
In many ways, exercising each day is likely to make your child a better student!
Movement triggers the release of chemical substances in the brain that enhance brain function.
Here’s a quick snapshot of the benefits of movement:
Better Brain Function – Movement may protect your brain against degenerative changes.
Better Stress Reduction – Exercise and movement have been shown to have an antidepressant effect that can help reduce overall stress.
Better Memory – Regular exercise can help directly and indirectly improve recall and reasoning skills.
The research is clear.
Daily movement and exercise are healthy for both your child’s body and their brain.
And our posture and movement assessments are designed to help you identify any abnormal patterns, helping your child feel better and stay active so they can become the best student possible.
So, if your child struggles to get enough exercise due to nagging aches and pains or less than ideal posture, we hope you’ll consider scheduling an appointment with us today.
Our doors are open, and we’re here to help!
Learning Upregulates Neurotrophic Factor. Behavioral Neuroscience. 2019.
The Anti-Depressant effect of Running. Intl Journal of Neuropsychopharmacology. 2005.
Regular Exercise Changes the Brain. Harvard Health Publishing. 2014.
How Exercise Affects Your Brain. Scientific American. 2018.