Posted by on Apr 13, 2015

Rob Gibson LMT/cPT is the owner of Premier Fitness & Massage and specializes in sports massage. He is also head of the Massage Therapy department at Broadview University in West Jordan, UT. Follow him on Fitocracy, and check out his blog for more.

This post is part of a series on foam rolling. Check out the first part, which gives a good introduction to advanced foam rolling techniques, here

Our next advanced technique is called Active Lengthening. It combines the pressure of normal foam rolling with a muscle contraction. Because we have a muscle contraction involved we can achieve a much deeper release of the connective tissue.  “As the muscle fibers naturally broaden and lengthen during the contraction, pressure of the friction stroke intensifies these movements to release any restriction between fibers.

The technique also causes a reflexive reduction of muscle tension, presumably by stimulating the muscle spindle and Golgi tendon organ (GTO) with intensified lengthening and tension output” (Archer, 2007)

The GTO causes a reaction called the inverse myotatic reflex- skeletal muscle contraction causes the antagonist(opposite) muscle to simultaneously lengthen and relax. So by contracting the hamstrings, we are using the nervous system to help us relax the quads. It’s not a perfect system, but you get the idea. By combining a nervous system reflex, the stimulus from rolling, and the mechanical friction on the muscle we can get a better response to your foam rolling.

The video example is of foam rolling the quads, our knee extensors. We start by putting the muscle in a shortened position, in this case by extending the knee. Then as we apply pressure just above the kneecap we slowly flex our knee as we roll up the thigh.

**As always, remember to roll toward your heart as you roll out your arms and legs. Visit the post Foam Rolling Techniques from a Massage Therapist and refer to Rule #2.

Work Cited
Archer, P. (2007). Therapeutic massage in athletics. Philadelphia: Lippincott Williams & Wilkins.

Featured image courtesy of Naoto Sato and used under a CC BY-NC-SA license.

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