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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.
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.
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.
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.
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.
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!
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.
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.
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.
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."
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.
News in Brief
ACA Exec. Vice President Out, Acting EVP In; F4CP Executive Director Retires; New ED Named.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
January, 2006, Vol. 06, Issue 01
The Potential Impact of Orthodontia on Whole-Body Health
By John Upledger, DO, OMM
While the craniosacral system is comprised of the membranes and fluid that surround the brain and spinal cord, its numerous osseous relations can impact the body in far-reaching ways. For instance, I was a professor of biomechanics at Michigan State University in 1976, when I first witnessed the effects of orthodontia on the spinal alignment of the vertebral bones.
The patient was a 16-year-old girl who had begun to develop scoliosis about two years earlier.Her father, an English professor at the university, told me her orthopedic surgeon wanted to implant corrective rods for the scoliosis, which had been measured at 38 degrees in the thoracic curve. At his request, I began to see his daughter weekly.
Over a period of six weeks, we were able to reduce the curve to 18 degrees using a combination of CranioSacral Therapy, Myofascial Release, osteopathic spinal manipulation and Therapeutic Imagery. At that point, I continued to try to help improve her condition. After four or five unsuccessful attempts, however, I realized that each time I balanced her occipital bone it was off balance the following week.
Clearly, I had not located the underlying cause of the occipital bone problem. The occipital bone had to be relieved of its abnormal transverse tilt and its restriction to motion, which were both compromising craniosacral system function. The sphenoid bone remained transversely tilted in the opposite direction from the occiput.
Ultimately, I discovered the hard palate was preventing the sphenoid bone from maintaining the corrections. Could it be that the orthodontic braces the patient had been wearing for about three years were contributing to her scoliosis? The answer proved to be "yes." At my request, the orthodontist removed the braces from the patient's mouth. Subsequently, her scoliotic curve was able to correct to less than five degrees and there was no recurrence of scoliosis over the next five years. I continued to see her every six months or so until she married and left home.
Please allow me to explain the biomechanics of how such an event could occur in a 16-year-old girl. The paired maxillary bones are influenced via the pterygoid wings of the sphenoid bone with which they articulate bilaterally. The maxillary bones move in concert with the sphenoid bone via these articulations. Actually, the distance between the second upper molars on each side fluctuates about two millimeters at a rate of 8-12 cycles per minute in accordance with the craniosacral rhythm. The sphenoid bone is one of the prime movers of the craniosacral system. When the bone's mobility is restricted, the craniosacral system tries very hard to compensate for the dysfunction, but it's seldom fully successful.
When an orthodontic appliance is put on the upper teeth and it crosses the midline between the two anteromedially located incisors, the motion of the maxillary bones induced by the sphenoid bone is inhibited and sometimes totally restricted. When they are first applied, the braces also might entrap one of the maxilla in an external position and the other in an internal position. In CranioSacral Therapy, the motions of the maxillae in response to the sphenoid bone are called internal and external rotations, because the maxillae appear to rotate about individual axes generally directed in anterior-posterior directions.
The distance across the hard palate is measured using the biting surfaces of the second molars as reference points. The usual mean distance variation between these teeth in response to internal and external rotations of the maxillae is two millimeters. In the case of my scoliosis patient, the braces locked the left maxilla in external rotation while locking the right maxilla in internal rotation. The abnormal positional locking of the maxillae caused the sphenoid bone to eventually yield to these abnormal forces after attempting to correct the problem and then adapt to it. Having ultimately failed in these attempts, the sphenoid was forced into a transversely oriented tilt, with its left side tilted in a superior direction and its right side in an inferior direction.
Next, the occiput had to compensate for the sphenoid tilt. In order to do this, the occiput had to tilt in the opposite direction, right side superior and left side inferior. This occipital tilt placed an increased traction on the right side of the dural tube as it ran through the sinal/vertebral canal. It also allowed less tension or increased slack on the left side of the dural tube.
We have found over and over again that the sacrum mimics the occiput unless there is a significant restriction of the dural tube somewhere between the occiput and the sacrum. In the case of our patient, the sacrum was mimicking the occiput. The right upper pole of the sacrum was higher; the left was abnormally lower. Hence, the sacral base, which is the upper transverse boundary of the sacrum, presented a tilted foundation for the spinal column to rest upon. Because of this un-level sacral base with the right side high and the left side low, the 5th lumbar vertebra had to angle off to the left, creating a "leaning-tower" dynamic. In order to correct this, the remaining lumbar vertebrae formed a scoliotic curve so the thoracolumbar junction crossed the midline center of gravity.
Now we had the upper lumbar coming diagonally across the midline center of gravity from the left, thus sending the lower thoracic vertebra off diagonally to the right. This curve needed to come back to the midline center of gravity at about the cervico-thoracic juncture in order to maintain body balance. The compensatory lumbar and thoracic spinal curves form the classic "S" curve of scoliosis. In the neck, we also might have a compensatory curve that involves most of the cervical spinal vertebrae. Clearly, the balance for the neck is skewed as the upper thoracic vertebral column comes to the midline center of gravity.
Sometimes this whole compensation in the neck occurs from a sharp displacement of the two lower cervical vertebrae atop the 1st thoracic vertebrae. This acute compensation at the lower cervical vertebrae often is painful and frequently results in brachialgia or dysfunction of the arms and hands, all due to nerve-root compression. It seems reasonable to me that the powerful nerve reflexes that strive to keep the eyes horizontal with the horizon might require this compensation at the cervicothoracic junction.
This is but one example of how orthodontia can affect the craniosacral-neuromusculoskeletal relationship to impact the whole body. To learn more, read "Surviving Orthodontics: A Bodyworker's Exploration into Orthodontics and CranioSacral Therapy," by Nancy Burke, CMT, CST. You can find it at www.upledger.com/news/9803.htm.
Click here for previous articles by John Upledger, DO, OMM.
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