How Can Exercise Improve ADHD Symptoms?
We all know that exercise is good for our bodies, but did you know that it is also good for your brain?
There are many ways to exercise:
- Martial Arts
- Sports (Soccer, Basketball, Baseball, etc.)
The list goes on and on.
Exercise for Treating ADHD In Children and Adults
There are many reasons for exercise in ADHD. Exercise almost immediately elevates dopamine and norepinephrine and keeps them up for a period of time so that it acts like a little bit of Ritalin or Adderall. It also helps to still the impulsivity and still the cravings for immediate gratification as it works to wake up the executive function of the frontal cortex, which in turn allows for the delay, better choices, a bit more time to evaluate consequences.
Exercise and Affect on Learning
Exercise affects learning in three ways:
- Exercise improves the learner. Their senses are heightened, their focus and mood are improved, they’re less fidgety and tense, and they feel more motivated and invigorated.
- In addition to improving your state of mind, exercise influences learning directly, at the cellular level, improving your brain’s potential to “log in” and process new information. Exercise creates the environment for our brain cells to wire together, which is the basic building block of learning.
- Exercise is also perhaps the best way to increase neurogenesis, which is the making of new neurons that happens on its own daily. The process is pumped up greatly after we exercise, by releasing factors to encourage the process by which our stem cells divide and then provide a healthier internal environment for them to grow up to be functioning nerve cells.
Exercise and Its Affect on Stress Levels and Mood
Exercise helps to heighten the response to stressors — that is, we become less stressed by the same stressors when in a fit condition. We don’t turn on the initial stress response as quickly. Also, we make our cells more resilient in a process that is called “stress inoculation.” By stressing the cells a bit, we build up internal resistance to future stressors so we make armies of our own antioxidant enzymes, repair and rebuild proteins, and improve the toxic waste disposal crews inside of our nerve cells.