
When a muscle or tendon is repetitively used, it will soon develop tension within that muscle. When a muscle has sustained muscle tension, it will have a tendency toward a lower concentration of oxygen within the tissue due to the fact that the small capillaries have more difficulty “squeezing” blood through the tight muscle. Your body's reaction to poor oxygen within a tissue is to lay down scar tissue. Scar tissue is like a sticky, fibrous glue which requires no oxygen to do its job of sticking things together or helping to maintain tension. Really, your body has just found a way of adapting to this need of muscle tension in a low oxygen environment by laying down scar tissue and maintaining tension, but not increasing the need for oxygen. This all sounds quite clever at first, however, as more and more scar tissue is created the muscle or tissue will become tight more easily and maintain this tension even at rest. Sustained tension will result in a further decrease in oxygen with additional scar tissue formation until the individual starts to experience symptoms.
Let's use a common example to explain how this wo

ART works by breaking up scar tissue and adhesions within and between the muscles, fascia, tendons and nerves, thus breaking the viscous cycle described above. Many conditions are healed or improved with Active Release and include carpal tunnel syndrome, medial or lateral epicondylitis (tennis and golfer's elbow), rotator cuff injuries, plantar fasciitis, groin pulls, hamstring strains and many others. Active Release can also help in the rehabilitation of more acute injuries where lots of scar tissue has formed, such as after severe strains and sprains, as well as a healed fracture. The technique involves the use of a practitioner's hand pressure during certain stretch procedures to break adhesions and allow the tissue to function normally. Not only does it help to reduce the pain or symptoms, but it normalizes or improves the function, thereby reducing the chance of recurrence.

There are certain situations where Active Release may be less successful. The factors that may decrease success include the following: the duration of the patient's symptoms (the longer the serious symptoms are left untreated); if the patient must continue to perform the offending task; if the patient chooses not to do prescribed exercises; if the patient has a pre-existing health condition such as diabetes; if the patient smokes and if the patient has poor nutrition.
Active Release Technique has a great success rate with most repetitive strain injuries. Although the technique may seem quite simple in the way it is performed, Active Release Technique requires exceptional training and experience to be performed successfully.
Dr. Greg Morris
Diamond Valley Chiropractic Clinic
403-933-3088
Dr. Greg Morris was first trained in ART in 1999. Since then, Dr. Greg has been updating his ART skills on a yearly basis. Dr. Greg works with Dr. Natalie Carrington, and Dr. Mike Belding who has also recently trained in ART.
Great information about Active Release Technique and How Does It Work.Good job carry on !!!!!
ReplyDeleteSport Injury
Think about trying to hold up a bowling ball having your arms extended directly out before you. How long can you support the ball there? Unless you are a body builder your arms are likely to give way after only a few split seconds losing the ball to your side. Now, consider this formula as your posture after putting in many hours at a desk bending forward to read a computer screen. Click to get the services of Chiropractor For Shoulder Pain, Active Release Chiropractic and Denver Colorado Chiropractors.
ReplyDeleteThis poor posture is going to leave your neck feeling 'tight' or in spasm which will result in your pain. At this point you have two choices, endure through the pain or get help and return to a life without pain.