IMAGING THE BODY'S FASCIA
"And yet, fascia's "major functions" have yet to reveal themselves. To date, there have been no home runs establishing a clear, causal link between fascia's molecular, cellular, or biomechanical properties and the effective treatment of pain, injury, or disease – at least to the satisfaction of the broader scientific community." From Robbie Gonzalez's July 29, 2014 article for the Daily Explainer called How a Mysterious Body Part Called Fascia Is Challenging Medicine.
"Consider a membranous envelope that glistens with a slick lubricating fluid. A continuous envelope that extends from head to toe, front to back, surrounding every organ, every blood vessel, every nerve, every bone, every muscle. An envelope that changes thickness as it extends from region to region. Its purpose: to support and lubricate. An example of its function: to prevent a muscle from catching on its neighboring muscles as it contracts. Blood vessels and nerves travel within the fascia to arrive at their designated end organs. In turn, fascia itself receives a profound number of nerve endings. The fascia is a fundamental structure in which the circulatory system and nervous system converge. When the fascia becomes compressed or twisted, tensions are transmitted along the fascial planes. When an individual experiences hip pain, tissue restriction might be occurring in another location. An ankle, for example, may be restricted enough to be pulling superiorly... enough to influence the hip. This transmission of tension through the fascial planes is referred to as Fascial Drag." From Dr. Mark Rosen's website on Osteopathy. Remember that the "Father of Osteopathy" (ANDREW TAYLOR STILL) touted Fascia as the cause / cure of all disease back in the 1800s.
"Among the different kinds of tissues that are involved in the body’s “elastic” framework (chiefly ligaments, tendons, muscles, etc); fascia has received the least scientific attention – probably because in most regions of the body it cannot be imaged with even the most technologically advanced imaging techniques such as MRI (hey, out of sight, out of mind). Nevertheless, fascia plays a major (albeit poorly understood) role in joint stability / instability, proprioception, coordination, strength, joint motion, as well as Pain Syndromes of all kinds. It can even be involved in various disease processes." Dr. Russell Schierling from Destroy Chronic Pain
Not that I think that Fascia has magical powers or anything like that (you'll have to read Ingraham's piece), but because of what I see in clinical practice on a daily basis (HERE are some examples), I will continue to tout Fascia up as a critically important piece of the puzzle, until research convinces me that my model is faulty and needs to change. Even the hyper-animated Dr. Headley has to some degree changed his mind about the model he espoused in the video below (his comments about "melting like butter"). Just remember that changing the way you think about something does not necessarily invalidate treatment based on said model. But back to Fascia as I begin to ramble.
Fascia is an amazing tissue system because it is involved in so many different and diverse functions. It acts as an auxiliary nervous system (HERE). It has extreme toughness and elasticity -- two properties on opposite ends of the spectrum. And, along with your skeleton, it literally works against gravity to hold you up, which is due to one of it's unique properties called "TENSEGRETGY". However, Fascia presents practitioners with a unique set of problems as well. Number one, it is known to be extremely pain sensitive (HERE). And number two --- they talk about this in the final video below --- is that FASCIA does not show up well with our current array of advanced diagnostic imaging. When you Google "Imaging Techniques Fascia" what you get is a whole bunch of stuff on the Plantar Fascia, some information on Illiaca Blocks, and an array of everything else --- most of it irrelevant to this conversation.
What I have known for awhile is that the only way you are really going to visualize Fascia --- particularly Fascia in motion --- is with Musculoskeletal Ultrasound Imaging (MSKUS). The best example of this technology in action (yes, there are videos) is found in a post that I wrote on THORACOLUMBAR FASCIA. Unfortunately, this technology, while certainly not new, is not commonly used in a non-invasive manner. Allow me to explain. While the technology itself is non-invasive (no ionizing radiation such as that seen in CT), after helping make a diagnosis, I see it mostly being used to guide injections (PRP, CORTICOSTEROIDS, Sugar Water / Prolotherapy, Hyaluronic Acid, TRIGGER POINTS, etc, etc,). The largest company training clinicians in this technology is Hands On Seminars in Astoria, New York. When you find someone using this technology, it will typically be in Sports Rehab Clinics or Regeneration (Anti-Aging Clinics) in larger metropolitan areas.
Be aware that doing an extensive internet search trying to find information, clinicians, studies, etc about using MSKUS specifically for imaging Fascia, the list is small. While there are many probable reasons for this, it appears to me that aside from a few people (Drs. Antonio Stecco, Leon Chaitow, and Randy Moore come immediately to mind), there are not many non-invasive practitioners who see Fascia as the major part of the "Big Picture" and are using this technology to image it. Unfortunately, for the most part, the body continues to be imaged the same old way, which, when it comes to Fascia, is no more effective than if the imaging were being done by a monkey. It's why FASCIAL ADHESIONS can turn out to be Chronic Pain's "PERFECT STORM". It's also why many of you have experienced the blank stares of physicians who have no earthly idea what's wrong with you and why you have so much pain (and probably wondering if you are just another drug seeker).
For the record, there is another device that I found, which, while not really "imaging" Fascia, can shed light about what's going on in the Fascia ----- The Myoton PRO. According to their website, "The Fascia Research Group from the Division of Neurophysiology of University of Ulm and the Center for Integrative Therapy from Stuttgart presented the study results of "Assessment of Myofascial Trigger Point Release with a Novel Myometer (MyotonPRO) in Addition to an Algometer" at the Third International Fascia Research Congress in Vancouver, March 2012. In the study the MyotonPRO was used as an objective diagnostic tool to assess efficiency of Myofascial Trigger Point Release technique. The conclusion of the study was that MyotonPRO could be used as an objective diagnostic tool to assess the efficiency of a treatment, the Myofascial Trigger Point Release technique. The study results were summarised both in a verbal as well as in a poster presentation. The results presented at the Congress generated significant interest from reputable opinion leaders, editors and expert researchers in the fascia world."
To me the question regarding Trigger Points is not whether one can create an electronic device to measure the quality / density / stiffness of the tissue, but how long treatment results last. My experience is that for people with hardcore chronic Trigger Points (particularly of the upper traps), you can do any number of treatments that will resolve them temporarily (Scar Tissue Remodeling, Chiropractic Adjustments, Injections of all kinds, Cold Laser, hardcore Manual Therapy, Theracane, Muscle Relaxers, etc, etc) and provide great relief ---- temporarily. But they always seem to come back (HERE is what I have found that seems to work best).
FASCIA VIDEOS FROM YOUTUBE
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