Again,
stuff happens, and common sense is the best method of injury prevention.
Regular chiropractic care assists your overall exercise program by helping make
sure that your musculoskeletal system is operating at peak efficiency. When
your bones, joints, muscles, and other musculoskeletal tissues are working in harmony,
the likelihood of experiencing an injury is reduced. For people who exercise
and/or do sports, regular chiropractic care helps to get the most benefit out
of any exercise time.
Repetitive
stress injuries are typically very difficult to treat successfully. These
injuries are the result of actions done repeatedly, frequently, and
consistently over time. They've taken a long time to build up and, therefore,
the healing process also requires a fair amount of time. Shin splints,
iliotibial band syndrome, and rotator cuff syndrome are examples of common
repetitive stress injuries. These problems are also known as overuse injuries.
Tennis elbow is another common injury that is likely caused by repetitive
stress.
Tennis
elbow usually involves pain on the outer bony surface of the elbow joint (the
lateral epicondyle). A variant involves pain on the inner surface of the elbow
(the medial epicondyle)aka: golfers elbow . Regardless, tennis elbow pain
interferes with many activities, not only those involving tennis and golf. Even
the simple act of firmly twisting the lid on a difficult-to-open jar can cause
significant pain. Driving for more than 30 minutes and prolonged keyboard
activity are other examples of activities that may become quite troublesome
when one is hampered by tennis elbow. Treatment usually involves rest,
anti-inflammatory medications, and even injections of steroid compounds. But
such treatments tend not to provide more than short-term relief. Ultimately
tennis elbow may be frustrating and disheartening, as there doesn't appear to
be an effective solution.
More
useful treatment for repetitive stress injuries involves directly addressing
the source of the problem. In the case of tennis elbow, mechanical issues in
the forearm itself need to be corrected. For those whose painful elbows are in
fact caused primarily by tennis or golf, focusing on sound technique will often
help to provide significant relief.
For
example, in both sports, if lines of force generated by the arm muscles and
lines of force generated by the forearm muscles cross at the elbow, significant
pain is likely to develop over time. Learning how to generate parallel lines of
force will help solve the problem, and such a solution may require the services
of a coach.
For the
rest of us, there are additional specific solutions. First, trigger points in
the major forearm muscle bundles need to be treated. Trigger points in
themselves may be very painful, and a trigger point also causes chronic fatigue
in the muscle of which it is a part. When you try to use such a pre-fatigued
muscle, damage to the muscle fibers and the tendon may result. Over time the
involved region, such as the elbow, becomes chronically painful. Manual trigger
point treatment relaxes chronic spasm and helps restore normal muscle tone.
Increased blood flows to the muscle belly, and the involved muscle fibers have
an opportunity to regain their normal length and to heal.
The
second specific solution is to use a narrow (1.5-inch thick), nonelastic elbow
brace placed approximately 1 inch below the elbow. The brace will shorten the
contractile length of the major forearm muscles, allowing them to achieve
relative rest. The combination of elbow and cervical adjustments, trigger point
therapy and appropriate use of a specific elbow brace will help to achieve
long-term resolution of painful, difficult-to-treat tennis elbows.
References:
Childress
MA, Buelter A: Management of chronic tendon injuries. Am Fam Physician
87(7):486-490, 2013
Coombes
BK, et al: Efficacy and safety of corticosteroid injections and other
injections for management of tendinopathy: a systematic review of randomised
controlled trials. Lancet 376(9754):1751-1767, 2010
Ajimsha
MS, et al: Effectiveness of myofascial release in the management of lateral
epicondylitis in computer professionals. Arch Phys Med Rehabil 93(4):604-609,
2012
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