A paradigm shift, challenging the notion of no pain no gain.

 
 

By referring to the anatomy and physiology of muscles, one easily appreciates the basis of microStretching®. As you know, myofibrils are constituted of myofilaments of actin and myosin proteins. These are well controlled, protected and maintained in a system of reflexes with stretch/tension sensors such as muscle spindles and tendon tension receptors (Golgi Tendon Organ). Any overstretch of muscle is reflexly protected as the muscle goes into spasm. If the stretch is beyond physiologic limits and there is damage of the myofilaments, the spasm continues and there is a degree of formation of fibrous tissue in the repair mechanism. Restoration of muscle function has to be gradual and within limits of function and stretch of the muscle fibres. If this is not carefully controlled, you end up causing more stretch damage and more fibrous tissue is formed with greater limitation to movement. The technique of microStretching® therefore is one that takes into account the micro-anatomy of muscle fibres, their physiologic functions and their limits of activity.

Stretching Re-Defined & Re-Purposed

microStretching® Core Concepts

Stretching Intensity

Stretch Duration

Stretching Frequency

Body Positioning

Stretching Patterns

Pain & Inflammation

Disclaimer

microStretching® courses and website information are not meant to diagnose or offer medical advice. If you require medical advice please speak to your doctor or other health care providers. If you have an existing condition consult with your health care provider prior to attempting microStretching. Low-intensity stretching is generally accepted as safe. 

microStretching®  is not intended to cure or prevent disease and cannot guarantee results. microStretching ®, the faculty, instructors and entities are not responsible for any injuries that may occur outside of any courses using the technique or concepts.