resourcesABOUT MT AUTHOR GUIDELINES CLASSIFIEDS EDITORIAL CALENDAR MEDIA GUIDE MASSAGE MART SCHOOLS & EDUCATION FEEDBACK
Synergy Doesn't Happen in Silos: Acupuncture in Hospitals and Other Healthcare Settings
As acupuncture and traditional East Asian medicine continue to intersect and integrate with biomedical approaches, the conversation about integration expands and becomes richer.
Joint Supplements for Athletes (Part 2)
A fairly recent discovery in nutrition supplemental medicine has proven to be a breakthrough in maintaining athletic joint health. Research suggests a combination of undenatured type-II collagen and tetrahydro-iso-alpha acids helps revitalize joint function and performance in athletes.
The Dietary Supplement Research Dilemma
I do not care what the truth is, one way or another; I just want to know it. And when it comes to dietary supplements, the truth can be hard to find for a number of reasons.
What Do You Know About Physician Compare?
Physician Compare is a website that allows consumers to search for and obtain information about physicians and other health care professionals who provide Medicare services.
The Need for a New Medical Model: A Challenge for Biopsychosocial and Ecopsychologica Medicine
Chinese medicine speaks of alignment between humans, heaven and earth. It is a complex view with a focus upon relationship. These are comprehensive ideas with no specific terms in contemporary medical practice.
An Excerpt from TCM Case Studies: Pediatrics
This excerpt is reprinted with permission from Jamie Wu. TCM Case Studies: Pediatrics was released in 2014 by People's Medical Publishing House.
Recreational Cannabis Use and TCM
Many people are drawn to cannabis for its effects physically, mentally and emotionally. Medically, cannabis has some legitimate uses, however the scope of this article is limited to the recreational use of cannabis.
Managing Tibialis Posterior Tendon Injuries
The tibialis posterior is the deepest, strongest and most central muscle of the leg, with fibers originating from the tibia, fibula and interosseous membrane.
How We Can Help the Injured Brain
The majority of patients with mild traumatic brain injuries recover within seven to 10 days. If concussion signs and symptoms continue beyond seven days, the diagnosis changes from acute concussion to post-concussion syndrome.
A Well-Kept Secret: 5 Element Acupuncture, Part II
Supervising acupuncture interns at a TCM college, it has always struck me how funny it is to hear the clinic manager tell the patients that the Five Element clinic specializes in treating emotions, as if patients with physical pain have no emotions!
Striking a Blow to the Medical Monopoly
The U.S. Supreme Court has issued a landmark ruling in North Carolina State Board of Dental Examiners v Federal Trade Commission.
There Really is No Room for Sexism
Recently, Matteo* (a transgender male) approached me during a break in an advanced shiatsu class in Berlin where he was one of two men in a group of 20 women. "Pamela. Don't forget to remind the translator to include male endings."
The Way We Are Designed: A Conversation with Gil Hedley, PhD
I was first introduced to the work of Gil Hedley by Tom DiFerdinando. He gifted me Gil's DVD series.
News in Brief
ACA Exec. Vice President Out, Acting EVP In; F4CP Executive Director Retires; New ED Named.
Viewpoints: Massage Reduces Nonspecific Shoulder Pain, Improves Function
While seemingly universal, pain and stiffness in the shoulders can be a significant cause of disability. Often a pain that does not go away on its own, shoulder complaints tend to linger, sometimes for 12 months or longer.
Pain Is Only a Piece of the Puzzle
More often than not, when a patient presents to the office, it is for a pain complaint: headache, neck pain, low back pain, sciatica, carpal tunnel, etc.
Will You Be an Amplifer or a Mute?
These times are changing, and changing quickly. There have been many challenges to this profession throughout the past few years. The challenge is to talk, then talk and talk some more about this medicine.
Older Patients, Stroke Risk and Manipulation
The first population-based study in the United States to evaluate stroke risk following spinal manipulation – and the first involving older adults – suggests that "[c]hiropractic cervical spine manipulation is unlikely to cause stroke in patients aged 66 to 99 years with neck pain.
Treating Beyond Pain
More often than not, when a patient presents to the office, it is for a pain complaint. Headache, neck pain, low back pain, sciatica, carpal tunnel... The pain is often the focus of the patient's mindset, and they don't often have any thought of what comes after the pain.
God and the Chiropractor
My wife went to church last Wednesday night and brought home a CD of the pastor's message. As she handed it to me, she said, "You should listen to this; you'll like it." Our family regularly goes to church and our faith plays a major role in our lives.
TCM Congress in Rothenburg is Largest in Western World
In the medieval town of Rothenburg, deep set within the Bavarian countryside in Southern Germany, the TCM Kongress Rothenburg each year draws around 1.200 participants from more than 40 different countries to attend the biggest TCM conference in the Western world.
Keep Seniors Safe: Age-Proofing the Home
I want to give Dr. Claudia Anrig kudos for her Dec. 1, 2014 column, which highlighted safety issues youngsters might encounter in the home.
Converting More Patients to Your Practice
In 2013 and 2014, the theme was "the money is in the list." This meant that if you had a big email list, you were really making some "cha-ching." Unfortunately, having thousands of emails doesn't equate to thousands of dollars in profit.
Treating GERD and Incontinence: Focus on Trigger Points
Gastroesophageal reflux disease (GERD) is defined as the regurgitation of stomach acid in the esophagus. Previously, it was thought that GERD was caused by a hiatal hernia, but recent trials suggest the cause is an inability of the hiatal sphincter to contract normally.
July, 2011, Vol. 11, Issue 07
Human Silly Putty
By Erik Dalton, PhD
Although "creep" is an engineering term, it also applies to human tissue...the lumbopelvis in particular. Spinal and sacroiliac ligaments, joint capsules, facet cartilages and especially intervertebral discs are viscoelastic and are somewhat similar to silly putty.Leave a ball of putty on a table overnight and by the next morning it's deformed into a flattened pancake. So be it with humans. We're taller in the morning than at bedtime, primarily due to disc and fascio-ligamentous deformation that occurs throughout the day. Of course, silly putty is much creepier than discs, fascia or ligaments but, in time, gravity will deform and sometimes strain all these materials.
As ligamentous creep turns to strain, soft tissues are no longer able to prevent separation of bone and that's when our problems begin. Contrary to what many docs tell their patients, most low back and pelvic pain does not result from a single traumatic lifting, bending or sports injury, but rather from cumulative viscoelastic creep due to lack of rest between loading cycles. According to Bogduk and Twomey, "After prolonged strain, spinal ligaments, joint capsules, and IV discs of the lumbar spine may creep, and may be liable to injury if sudden forces are unexpectedly applied during the vulnerable recovery phase."1 Bottom Line: Once viscoelastic tissues are strained, they're less likely to return to their original length and, therefore, are more prone to future injury.
I often scratch my head in wonder when reading research that dismisses the effects of gravitational exposure on human viscoelastic tissues. It's even more frustrating when scientists and clinicians discount the role distorted postural faults such as pronated feet, crooked SI joints, and forward heads play in commonly seen pain syndromes.2 Each-and-every day, the weight of gravity (14.7 pounds per square inch) pushes straight down on our bodies. These compressive forces should be equally distributed throughout the neuro-myo-skeletal system...but are they? Prolonged one legged standing (excessive weight bearing on one limb, i.e., performing bodywork) is an oft-overlooked culprit creating ligamentous creep that might be a precursor to more serious conditions like joint laxity, lumbopelvic instability, sprains and osteoarthritis. To demonstrate the phenomena of creep, let's look at the myo-mechanics of a fairly common pain-generating disorder called iliosacral upslip or "shear."
What Is An Upslip?
In those presenting with true iliosacral upslips, joint apposition between the ilium and sacrum is altered, i.e., "the sacroiliac grooves ain't grooving". Since these superior shears are more affected by gravity than other iliosacral dysfunctions, they have almost a zero chance of self correction. During history in-takes, clients often report the symptoms to be much more painful than expected from the injury they describe. In fact, many can't recall any precipitating event.
Typically, when we see this upward shearing force of ilium on sacrum, the person's SI joints are lacking either form or force closure. In form closure, SI joint stability is dictated by a series of ridges and complimentary depressions that produce friction and help interlock the two bones. But synovial joints like a little movement (joint play), not only to provide spinal shock absorption, but also to enhance lower extremity torque conversions and transverse rotations that travel up the kinetic chain and propel the body through space.3 Fortunately, Mother Nature has accommodated this functional demand by installing a back-up system researchers call force closure. Force closure stability is generated by contractive action of core musculo-fascial tissues such as the pelvic diaphragm, transverse abdominis, multifidus and thoracolumbar fascia. Together, they provide a sophisticated neurologic feedback mechanism that reflexively interacts with the brain to provide joint stability and coordinated movement...or lack of it as is the case in chronic upslips.
In the presence of chronic upslips, prolonged cyclical loading can deform SI joint ligaments to a point where an act as innocent as slamming on the brake, tumbling on one hip, or clumsily stepping off a curb, can jostle the joint enough to cause the ilium to "jump-a-notch" on sacrum. Here's a good "upslip" case study of a client named Marion who called complaining of stabbing buttock and low back pain.
Marion The Hairdresser
I'd treated Marion off-and-on for several years for neck, jaw and rib pain resulting from a severe whiplash injury, but today was different...her low back and hip were in a world of hurt. This was her first visit since becoming a momma a year earlier and her history in-take revealed two related factors contributing to her injury: 1) Cumulative viscoelastic creep (hypermobility) left over from the relaxin birth hormone, and 2) Prolonged one-legged cyclical loading at her hairdressing job.
A classic upslip case, Marion presented with acute right-sided lumbopelvic pain, funky gait and anatomical landmarks showing a 1 1/2" short right leg, lax sacrotuberous ligament right, OL and psoas spasm right, and superior/posterior right ilium. Spring testing of the right ilium (supine and prone) revealed no inferior glide. Marion's right QL fired before gluteus medius on the hip abduction test and she lifted the swing leg with the spasmed QL as she tried to walk. Although all her anatomical landmark and gait evaluations pointed to an iliosacral upslip, why do you think she could not identify a traumatic perpetrating event?
The books tell us iliosacral upslips are traumatically-induced injuries, but Marion first felt the excruciating pain when she got out of bed. Turns out, the incident that most likely pushed Marion over the edge occurred the night before as she stepped off a foot stool. That slight jar caused the hypermobile pelvic ligaments and restraining muscles to collapse and explode into a full-blown crippling hip spasm. Over the years, I've seen many cases like Marion's and I've noticed that in the early stages of ligamentous creep, the brain down-regulates nociceptive pain signals. But when the joint finally jams, the brain lights-up the central nervous system with pain and protective guarding to prevent further insult to the damaged area.
Fixing The Fixation
Here are a couple of techniques that helped fix Marion's upslipped hip. In Figure 4A, she's pulling the knee to her chest to inferiorly drag the ilium while I slowly elbow my way through the lumbodorsal fascia, QL, and iliocostalis myospasm. Once these hypertrophied (hip-hiking) soft tissues regain flexibility and mobility, a maneuver is used to get the sacroiliac "grooves-a-groovin." But before proceeding to the upslip correction, Marion is asked to do a couple minutes of deep abdominal breathing to help neurologically reset and relax the deep spasmed core muscles.
In Figure 4B, Marion lies supine and I apply an inferior tractioning force to drag the ilium to the first restrictive barrier feeling for neutral leg and hip alignment. By taking the limb into a bit of internal rotation, I'm able to bony-lock the hip allowing the tractioning force to travel through the SI joint. Using my body weight with her thigh securely arm-locked, a distraction force is applied as Marion forcefully contracts the QL and hip-hikes against my resistance. After a few seconds, she is asked to cough vigorously to help jostle the joint and reposition the soft tissues. Traction combined with the forced exhalation allows Marion's ilium to drop down into the groove "from whence it came." Note: The pain should immediately ease except in those with hypermobility issues or core stability problems in which case a referral to a good functional movement therapist is recommended.
Lastly, here's an effective home-retraining exercise I gave Marion. Lying supine, with her heels circling an exercise ball, she lifts her buttock and slowly rolls the ball side to side. I've found this simple routine helpful in normalizing neuromuscular firing patterns while evenly tonifying damaged ligaments. Rest, ergonomic retraining and regular follow-ups are mandatory until pelvic stability is established. Remember, the first couple weeks are critical; even the slightest jar can turn the ligaments back into silly putty.
Click here for more information about Erik Dalton, PhD.
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