resourcesABOUT MT AUTHOR GUIDELINES CLASSIFIEDS EDITORIAL CALENDAR MEDIA GUIDE MASSAGE MART SCHOOLS & EDUCATION FEEDBACK
A Guide for Talking to Doctors about Acupuncture and Brain Chemistry
Before I begin any discussion of how to talk about the effects of acupuncture on brain chemistry, nervous and endocrine function, it is essential to understand just what physicians most need help with.
Immunizations by Colorado DCs: Really?
You probably didn't hear about it, but back on Nov. 21, 2013, the Board of Directors of the Colorado Chiropractic Association (CCA) adopted "immunization authority" for Colorado DCs as its No. 2 legislative goal.
Coding for the Subluxation: ICD-9 vs. ICD-10
When I attended chiropractic school, I was taught that chiropractors approach health care differently than the traditional medical establishment.
Medical Qigong for the Heart: Part III
Part 1 and Part II of this series focused on the physical aspect of the Heart and mental emotional aspects of the Heart respectively. Now, I would like to focus on the spiritual aspect of the Heart.
Building From the Bottom Up
I caught up with my dear friend Honora Wolfe, in her Colorado painting studio where, if she is not praying in Bhutan or doing charitable work in a Nepali free clinic, she spends most of her time now.
Finders Keepers: The Secret to Relationship-Based Marketing
Becoming a successful practitioner has less to do with what you learned in school, and more to do with your ability to find new patients and keep them!
Are You a Bad Chiropractic Patient?
My father was a great DC. In fact, as you might expect, he was the doctor of chiropractic I measured all other doctors against. Sadly, he died at age 61 when I was in my early 30s.
Why You Should Include the Single-Leg Stance Test in Every Patient Assessment
The single-leg stance (SLS) test, also known as the single-limb stance test, unipedal stance test or one-legged stance / balance test, is often used in the geriatric population to assess static postural and balance control.
A Chinese Medicine Story: An Interview with Mazin Al-Khafaji
Mazin Al-Khafaji's work has interested me for years. In February 2014, we invited him for the second time to speak at the Southwest Symposium in Austin, Texas.
A History Worth Telling
The popularity and the use of acupuncture for the treatment of animals in the United States is at its peak.
New Medical Technologies You Need to Know
We're all familiar with how fast computers become obsolete, as well as the rapid pace of development in the field of cell phone technology. The latest smart phones are far more powerful than desktop computers were only a few years ago.
The Science of Stretching
In 1986, Rob DeCastella set a course record by running the Boston Marathon in 2:07:51, just 39 seconds off the world record.
Curbing Label Overwhelm
For the average consumer, reading a food package can be overwhelming: natural, organic, non-GMO, gluten free, free range ... you get the picture.
Peer Points: Always Seeking To Grow
Ellen "Kiki" Geary has spent the last decade honing her craft. As a specialist in integrative holistic care, she went straight from completing her master's degree in acupuncture and chinese herbal medicine from Bastyr University to building a successful and thriving practice in the small community of Anacortes, Washington.
Physical Exam 101: The Hands
I am sure you are familiar with the old adage: "When the only tool in your toolbox is a hammer, everything starts to look like a nail."
Remembering Clarence Gonstead and 50 Years of the Gonstead Clinic
Dr. Clarence Selmer Gonstead (1898-1978) took chiropractic practice from back-alley bone setting to an understandable biomechanical science. His life was dedicated to clinical competency.
Fibromyalgia: Put the Pain in Its Place
While some fibromyalgia patients respond favorably to regular chiropractic care, others experience minimal relief. Unfortunately, many of these patients must rely on pharmacological management to relieve their constant pain.
Vaccines and Chiropractic: Evidence-Based Medicine or Medical Dogma?
Right or wrong, the chiropractic profession has historically been against vaccinations. However, a growing trend within the profession is seeking to reverse this position.
Knee Pain From the Kinetic Chain
As practitioners of manual medicine, chiropractors often treat patients suffering from knee pain.
May, 2009, Vol. 09, Issue 05
New Perspectives on ITB Friction Syndrome
By Whitney Lowe, LMT
If you've ever been running or hiking downhill and experienced a nagging pain on the side of your knee, there is a good chance you were feeling iliotibial band (ITB) friction syndrome. It is an overuse condition resulting from repetitive flexion and extension of the knee in activities such as running, and is considered the primary cause of lateral knee pain.1 Several factors contribute to the problem, including structural deviations in the hip or knee, tightness of the hip muscles, or lack of proper conditioning. However, a new anatomical study sheds a different light on the ITB and requires us to take another view of this problem. It appears the cause of pain and mechanics of ITB function, however, may be different than we have previously thought.
Traditional anatomical illustrations of the ITB (Figure 1) show the ITB as an isolated structure running down the lateral side of the thigh. Viewing the ITB as an isolated structure has led us to perceive it as being capable of moving back and forth in an anterior to posterior direction. While you can grasp the edges of the ITB and feel it move a little back and forth, there may be much less movement occurring in the band than we originally thought.
The lateral epicondyle of the femur is located just underneath the distal fibers of the iliotibial band (Figure 2). Descriptions of ITB friction syndrome in the orthopedic literature state that when the knee is in extension, the band lies anterior to the lateral epicondyle of the femur. They go on to say that at approximately 30 degrees of flexion, the ITB begins to move across the lateral epicondyle and the posterior fibers of the ITB are the first to contact the bony prominence.2 Thickening of the posterior fibers of the ITB, has been observed in some people.3 It is suggested that the apparent thickening of the posterior aspect of the ITB is somehow related to excess friction. It is not clear whether this thickening of the posterior band of fibers is a cause of the excess friction or the result of it.
The perception of the ITB as an independent structure on the lateral thigh is not actually accurate, however. There is a fascial sleeve that encases the entire thigh called the fasciae latae (Figure 3). The ITB is actually a thickened portion of the fasciae latae. Therefore, if the ITB were moving back and forth across the lateral epicondyle of the femur, the entire fasciae latae would have to be moving significantly with it as well and that does not appear to be happening.
A recent study by Fairclough, et al., published in the Journal of Anatomy, has prompted us to take a much different look at the anatomy of the iliotibial band and what happens during ITB friction syndrome.4 This new perspective has significant ramifications for soft-tissue treatment approaches. In addition to highlighting that the ITB is an integral part of the fasciae latae, Fairclough and colleagues also found that the ITB is fibrously anchored to the femur. With the ITB fibrously anchored to the femur, significant movement back and forth across the femoral condyles is unlikely.
A Closer Look
So if the ITB is fibrously anchored to the femur and does not move back and forth across the lateral edpicondyle of the femur, what is causing the pain in this "friction syndrome"? A closer look at knee mechanics reveals what may be occurring. When the knee is flexed, there is a simultaneous internal rotation of the tibia. Conversely, as the knee is extended there is an external rotation of the tibia. The iliotibial band is attached to the proximal tibia at a location called the Gerdy's tubercle. The internal rotation of the tibia during knee flexion pulls the iliotibial band taut. As the tibial rotation pulls the ITB taut, the band presses harder against the lateral epicondyle of the femur. During portions of the flexion and extension of the knee there are different levels of tension on the anterior and posterior fibers of the band. The authors suggest these differences in the tension of the anterior to posterior fibers throughout the flexion/extension cycle are what give the illusion of the band moving over the epicondyle.
There is a layer of fatty tissue just underneath the iliotibial band where it courses over the lateral epicondyle of the femur. When the ITB is under greater stretch and tension as the knee flexes, it is pressing against this richly innervated fatty tissue. According to Fairclough, et al., it is pressure against this fatty tissue, instead of friction against the epicondyle, that causes the pain of ITB friction syndrome.
This new understanding of anatomical and biomechanical factors with the ITB has important ramifications for how we use massage to address this disorder. Previously, friction treatment was recommended directly to the distal ITB to treat this condition. The assumption was that deep transverse friction was one of the best ways to work with fibrous adhesions and tearing of ITB fibers that resulted from rubbing on the epicondyle. With this new understanding of anatomical relationships in the area, our treatment approach will be modified.
According to this new theory, the primary cause of pain in the ITB friction syndrome is the ITB being pulled taut (but not rubbing back and forth) against the lateral epicondyle of the femur and the underlying fatty tissue. Putting additional pressure on this region as we might during friction treatments is therefore not the best strategy. Our approach to treatment should emphasize techniques that help decrease overall tension on the ITB. Tension on the ITB is generated primarily from the tensor fasciae latae and gluteus maximus muscles, which insert into the band. Therefore when we are treating this condition, reducing tension in these muscles and addressing other lower extremity biomechanical compensations are the primary goals for effective resolution.
Click here for more information about Whitney Lowe, LMT.
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