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The science of human movement - Coggle Diagram
The science of human movement
1. Multimodel neuroimaging for studying the neural basis of human movement
Noninvasive methods for studying the human brain
Dynamic analysis of the brain activity during movement
2. Mechanotherapy: turning movement into medicine
Load-adaptation in sports
The healthy athlete: on-field load monitoring
The injured athlete: mechanotherapy
3. How to motivate people to become (more) physically active?
Provide autonomy and competence to become self-determined
Give PA a social meaning
Create a physical environment that seduces to be active
4. Molecular muscle physiology - how physical exercise can control skeletal muscle adaptations in health and disease
Skeletal muscle structure and structural principles
Basic principles of skeletal muscle contractions
Introduction to mechanisms controlling adaptations to loading
Mechanobiology and skeletal muscle
5. Ketone bodies and the ketogenic diet - The future of elite endurance sports?
Muscle metabolism
How to increase endurance performance
6. Physical educations role in the development of a physically active lifestyle
7. Physical activity and sedentary behaviour: a public health perspective
8. Neuromechanics
9. Evolutionary biomechanics: ultimate understanding of form and function in (human) locomotion
10. Technology assistance for movement retraining in rehabilitation
11. Motor control