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MPA Media Wins More Publishing Awards
The American Society of Business Publication Editors (ASBPE) has honored Dynamic Chiropractic with a national award and two regional awards for editorial excellence, and sister publication DC Practice Insights with two regional awards for graphic design excellence.
Let's Talk About Biceps Injuries at the Elbow
While most muscles cross over only one joint, the biceps crosses two joints: the elbow and the shoulder. Injuries to the lower biceps cause considerable elbow pain. Here's how to assess and treat an injury to this area conservatively.
Traditional Chinese Herbal Medicine in Taiwan Hospitals
This spring, a team of Western medical doctors and TCM practitioners from Cleveland Clinic traveled to Taiwan to visit Kaiser Pharmaceutical Co. (KP), and China Medical University (CMU), Taiwan's leading integrative medicine hospital.
Are Probiotics Doing More Harm Than Good?
Considerable controversy exists concerning the efficacy of probiotic supplements. Very few human studies show any real positive impact on the microbiome or health. The "promise" of probiotics is based on the few animal studies that suggest a positive effect.
Time to Fight for Your Medicare Right
I have heard a lot of noise and a lot of debate about what is going on with Medicare. As an ACA delegate, I often get asked: 'What is the ACA even doing?'
Adventures with the Pericardium
My previous column on the San Jiao deserves equal time for SJ's loving partner, the pericardium. I nicknamed SJ the travel meridian – but pericardium can also play a crucial role in air travel.
Overuse Injuries in Young Athletes (Part 1)
More than 45 million children ages 6-18 participate in some form of organized athletics, and 75 percent of American families with school-aged children have at least one child participating in organized sports.
Chiropractic in the Eyes of the Public: 2nd Gallup-Palmer Poll
The second Gallup / Palmer College poll has been completed, yielding significant additional data regarding Americans' experiences with and perceptions of chiropractic care.
Know Your Research: Tips for Evaluating Literature Reviews
Clinical and experimental studies are not the only types of published research we might encounter as we look for evidence to inform our practices. One of the most useful types is the literature review, which summarizes a group of studies.
Less Time Than Required
Q: When is it appropriate to use a modifier -52? Can I use it for a timed service when I do less than the time required by the code?
Lessons from Functional Neurology
Chiropractic neurology, also known as clinical neuroscience or functional neurology, is moving the chiropractic profession forward by leaps and bounds.
Analyzing Acupuncture Case Studies
Confirm the answer quickly by the elimination method. Take this case study as an example. After two treatments for back pain, a patient presents for a third session complaining of rapid breathing and wheezing that is made worse during cold weather.
Illuminating the Hidden, Freeing the Source
Amongst the Primary Channels, from a classical point of view, the small intestine is perhaps the most important channel to understand. It is one of the least used acupuncture channels in modern acupuncture, yet it within it can be found a wealth of theories from the Ling Shu.
Work Stress and Musculoskeletal Health: Do Your Patients Get the Connection?
Most people underestimate the impact their job has on their health, especially if that job isn't particularly physically demanding. Big mistake.
International Congress on Integrative Medicine
"Bridging Research, Clinical Care, Education and Policy" was the theme for the International Congress on Integrative Medicine and Health 2016 (ICIMH).
Code Connection: Guidelines for the Use of Modifier -52
Modifier -52 identifies that a service or procedure has been partially reduced or eliminated at the physician's discretion. This is to indicate the basic service described by the procedure code has been performed, but not all aspects of the service have been performed.
The National Institutes of Health (NIH) lists more than 80 common autoimmune diseases including asthma, Crohn's disease, Guillain-Barré syndrome, multiple sclerosis, myasthenia gravis, psoriasis, rheumatoid arthritis, and lupus.
Don't Ignore the Lower Half of the Pelvis (Part 1)
When your patient complains of lower back or pelvic pain, but your usual treatments are not getting the job done, what do you examine and treat? You may be missing important structures in the lower half of the pelvis.
The Professional and Practice Benefits of Political Activism
Welcome to election season, a vital part of our American culture. Every two years, without fail, we are bombarded with TV, print materials and phone messages seeking our vote.
What's New in the NCCIH Strategic Plan
The NIH National Center for Complementary and Integrative Health (NCCIH) released its draft strategic plan 2016-2021 for public comment in early spring of 2016.
What are the Meridians?
The meridian and collateral system (jing luo, hereinafter referred to as "Meridians") is comprised of the main meridian channels (jing mai) and the collateral vessels (luo mai). Jing takes from meaning of the Chinese word pathway (also jing) and are the main branches of the system.
July, 2001, Vol. 01, Issue 07
When Is It Tendinitis?
By Whitney Lowe, LMT
Tendinitis is one of the most common diagnoses for soft tissue pain resulting from repetitive motion. As repetitive motion disorders have dramatically increased, so has the incidence of tendinitis.However, recent investigations into the cellular nature of tendon pathologies have brought forth interesting discoveries that may alter the way tendinitis is treated. In this month's column, let's take a look at some of these fascinating discoveries.
The first stop along the way is to take a closer look at the anatomical and biomechanical characteristics of tendons. Tendons are connective tissue structures that are primarily composed of collagen and elastin fibers. Collagen fibers primarily give the tendon its strength, and elastin fibers give it a small amount of flexibility.
Since the tendon fibers are primarily designed to transmit a strong tensile (pulling) load from the muscle directly to the bone, the tendon is not designed to be very flexible. If it were very flexible, much of the muscle's contraction force would be absorbed by the tendon and not transmitted to the bone. It would be like trying to pull a heavy object across the floor with a bungee cord instead of a rope.
The tendon gets its strength not only from the quantity of collagen fibers it contains, but also from the arrangement of the fibers. In tendons, the collagen fibers are arranged mostly in a parallel direction, in line with the direction of the muscle fibers. This arrangement will give the tendon the greatest amount of strength in the direction that the muscle fibers are pulling. Ligaments, on the other hand, have a greater quantity of elastin. In ligaments, the collagen fibers are arranged in a slightly more random fashion to give the ligament strength against forces in several different directions.
Tendons throughout the body are surrounded by a thin connective tissue membrane called the paratenon. The paratenon is primarily designed to reduce friction forces between the tendon and other surrounding structures.7
Tendons in areas such as the distal extremities are exposed to much higher friction forces, as the tendons bend around the joints and are held closely by retinacula. These tendons are surrounded by an additional connective tissue layer called the epitenon. The epitenon is commonly referred to as the tendon sheath. Keep in mind that not all tendons have the tendon sheath, only those exposed to specifically high friction forces against adjacent structures, like a binding retinaculum. In some instances, an inflammatory condition will develop between the tendon and its sheath. This usually occurs from excessive friction. Adhesions may also develop between the tendon and the sheath. This condition is called tenosynovitis. However, in order for tenosynovitis to be present, the tendon in question must have an epitenon (sheath).
In some instances a diagnosis of tenosynovitis may be made because of an observed fibrous adhesion between the tendon and the paratenon but there is no tendon sheath. This happens commonly with the Achilles tendon.3 It does not have a synovial sheath (epitenon) but its paratenon is quite visible. Degeneration or adhesion of the paratenon or tendon fibers in this instance is not tenosynovitis. For many years, the term tendinitis has been used to describe painful overuse conditions of the tendon. It has been thought that the pathology involved the tearing of individual tendon fibers and a subsequent inflammatory response in the tendon. Treatment, therefore, has focused on the inflammatory nature of the problem. However, a number of recent scientific investigations into the nature of overuse tendon injuries have painted a very different picture.1,2,5,6
In these investigations, most tendinitis complaints have been found to be devoid of inflammatory cells. It appears that tendon fiber tearing is not the primary part of the problem. The main problem in these overuse tendon disorders appears to be collagen degeneration from overuse. It has also been suggested that this would explain the frequent lack of success in treating tendinitis complaints with anti-inflammatory medication. Numerous authors and clinicians have suggested that the term "tendinosis" (literally meaning "pathology of the tendon") is a much more appropriate term than "tendonitis," which specifically indicates inflammation.
So what does this mean for the treatment of tendinitis with massage? The good news is that these findings are an even stronger support for the benefits of massage for treating these overuse tendon injuries. Collagen degeneration is a primary part of most tendinosis pathology. Therefore, what is needed is a treatment that can help stimulate collagen production in the healing process.
Interestingly, several recent studies have found that the primary benefits of deep friction massage may be the stimulation of collagen production in damaged tendon fibers, rather than the breaking up of fibrous scar tissue in chronically inflamed tendons as previously thought.4 We have known clinically for years that massage works well in the treatment of tendinosis; now we may be closer to understanding why.
Click here for more information about Whitney Lowe, LMT.
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