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Ankle Joint Mobility

Ankle sprains represent one of the largest, if not the largest occurring injury in collegiate sports.  Ligament sprains of the ankle also effect all demographics with poor rehabilitation of the initial injury being a leading risk factor for recurring sprains.

Loss of dorsi flexion due to sub-optimal articulation of the ankle mortise frequently occurs following ankle sprains. Additionally, research has shown the significance of hip strength in preventing ankle sprains.

Watch how the motion of Core-Tex and the smoothness of the motion allows for a very unique way of addressing both dorsi flexion AND hip involvement at the same time.  

This is a great way to get your hands off your patient or athlete and let them work independently combining range of motion and neuromuscular control.  A win win!

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Aaron Snyder, Doctor of Physical Therapy shares early, intermediate and advanced Core-Tex applications for rehabilitating the knee. Two exercises for each stage of knee recovery are provided. 
The lateral myofascial line/chain/train consists of muscles and tissue that are primarily in the frontal plane but have functions in the other planes as well. Using the transverse plane motion of Core-Tex, we take advantage of the transverse plane AND other vectors using the patented motion of Core-Tex to create mobility in this tissue from top to bottom.
The motion of Core-Tex provides unique and specialized advantages for users of all ages and objectives. In this sample mash-up, you will see active aging Core-Tex users applying in need of hip rehab, shoulder mobility, ski fitness and so much more.