Exercise is for all ages
Exercise represents the most consistently validated approach to extending lifespan. The physiological stress imposed by physical activity induces adaptive responses at the cellular and systemic levels, promoting improved resilience, metabolic efficiency, and overall function.
The Magic of Moving Your Body
“Exercise triggers the release of several key hormones in the body. These include adrenaline to increase energy and heart rate, cortisol to help manage stress and fuel use, growth hormone to support muscle repair, and endorphins that improve mood. Together, these hormonal responses help the body adapt, become stronger, and function more efficiently.
- Better Sleep: Playing hard during the day helps you fall into a deep, restful sleep at night.
- Stronger Muscles: Moving helps your muscles grow big and strong so you can run, jump, and play even more!
- Happy Mood: Exercise releases 'happy feelings' in your brain that make you feel brave and cheerful.
- Helping Your Therapy: Being active helps your ketogenic therapy work its best by using up extra carbohydrates in a good way.
A friendly reminder for families: Always chat with your special care team or doctor before starting new exercises. They know exactly which activities are the safest and best for you!
Building Exercise Habits is a must
Prioritizing physical activity is a wonderful part of a child's wellness journey. While engaging in gentle movement or exploring outdoors, maintaining a safe environment ensures that these activities remain beneficial. We recommend consistent adult supervision and the use of protective gear such as helmets or flotation devices when appropriate. Monitoring energy levels and pausing for rest are essential steps in supporting your child's physical health while fostering confidence and gradual progress every single day.
Exercise Tips supporting Ketogenic Therapy
Regular exercise, at all ages, has a big part in supporting ketogenic therapies.
Why Exercise?
Exercise, is a key regulator of metabolic state, enhancing insulin sensitivity, reducing blood glucose, and promoting ketone production. Exercise directly improves glucose ketone index (GKI) and plays a key role in achieving and maintaining ketosis.
Higher Insulin Sensitivity
Muscles take up glucose during exercise independently of insulin, providing an immediate blood-sugar lowering effect.
Increased Fat Oxidation
Movement increases fat oxidation, which can help maintain therapeutic ketosis (0.5 mmol/L to 3.0 mmol/L), even if a child eats slightly more carbohydrates than a sedentary peer.
Active vs Inactive
Children who are physically active (ambulatory) show a 66.7% improvement in seizure outcomes, compared to only 21.9% in non‑ambulatory patients.