Feel free to watch the entire video about the Atlas Orthogonal procedure (about 8 minutes 55 seconds long). You can also read descriptions and play segments of the video (see below).
The Spinal Column – Section 1
Many of these problems can be associated with the imbalance of the spinal column. The spinal column is a tunnel of interlocking bones called vertebrae that protect the spinal cord. The spinal cord is an extension of the brain. These parts, functioning together, make up the Central Nervous System.
There are spaces between each vertebra allowing nerves, which are extensions of the spinal cord, to supply and connect every part of the human body. Therefore, it is the nervous system that regulates and affects all body functions.
The nervous system can be likened to a major super highway. Without problems and with all vehicles going the speed limit, travel is smooth and without accident. However, if there is a car crash, traffic slows down and even stops. The highway does not function as it was intended. When the spinal column is misaligned and out of balance, the nervous system is unable to function as it was intended.
Atlas Vertebral Segment – Section 2
This one bone can effect the alignment of the entire spine. The spine is like a chain – when the first link is twisted and turned, each link down to the last turns and disrupts the structure of the whole chain. Consider the atlas the first, and therefore the most important, link in that chain.
The human body is balanced when the head is positioned in the center of the feet. When the atlas is misaligned, it causes the head to tilt. The spine then shifts to support the weight of the head, thereby creating biomechanical and postural stresses and strains. When the atlas bone is properly aligned (that is in the “orthogonal” – or neutral – position), the rest of the spinal vertebrae come into better alignment, allowing the body to heal itself. The delicate and complex connections of the nervous system allow communication between the systems of the body.
Misalignment – Section 3
The atlas supports the weight of the head most efficiently in the orthogonal, or neutral position. “Atlas orthogonal” is an engineering term, referring to the atlas being positioned 90 degrees in relation to the head and neck.
Trauma, in one form or another, is the primary cause of misalignment. When the atlas vertebra is subjected to stresses and strains, it may be pushed out of proper alignment. Trauma may include car accidents (no matter how minor and regardless of immediate symptoms), slips and falls, blows to the head, or sport-related injuries. Repetitive micro traumas, such as bad sleeping habits, poor posture, and incorrect lifting and carrying can also cause misalignment.
Disruption of Normal Functioning Nervous System – Section 4
The resulting misalignment may cause nerve pressure and inflammation, thus causing a disruption of the normal functioning of the nervous system. This one dysfunction may play a role in a multitude of symptoms and pain in different areas of the body.
Besides directly impacting the neck, we can see other effects such as decreased curves in the neck, scoliosis, and changes in the alignment in the shoulders and pelvis. These changes in the alignment affect the structural integrity of the skeletal system. This, in turn, can result in a host of other symptoms and problems, especially headaches, neck, and facial pain.
The Examination and Diagnosis – Section 5
An extensive evaluation of the patient condition is rendered by the doctor on the first visit. A complete and thorough history is critical in aiding the doctor in the proper diagnosis. This history includes asking a variety of questions pertaining to every aspect of the patient’s symptoms and injuries.
The exam also includes orthopedic/neurologic and postural assessment of any imbalances in the spine that would lead to problems with the health of the spine and its related symptoms and pain. The first step of the diagnosis is to determine the degree in which the atlas is misaligned. Very precise x-rays are taken, which show the doctor exactly how the atlas is displaced. The x-rays taken are invaluable in making the most precise atlas correction, which is as unique to the patient as their own fingerprint. Following the diagnosis, a specific treatment protocol is developed to align the atlas into the correct neutral/orthogonal position.
One of the most important post-adjustment steps is to take post x-rays, which are taken immediately after the initial treatments. There is no guess work in this program. These three-dimensional x-rays are taken and analyzed to verify that the best possible correction was rendered. The doctor may then show the patient the comparison between “before” and “after” x-rays. Post x-rays are an illustration of the exact change that has taken place because of the atlas orthogonal correction.
Treatment- Section 6
Dr. Palmer taught how to correct the atlas position using the hands with about 40 pounds of force. Dr. Sweat and Dr. John F. Grostic were taught by Dr. Palmer. In his extensive clinical research, Dr. Grostic found that much less force was actually necessary to correct the atlas into position. Dr. Sweat, in his further research, discovered that even less force was actually needed than what Dr. Grostic had concluded to be necessary. Dr. Sweat invented and engineered a highly advanced instrument that, without pain or pressure, is able to accurately re-position the atlas vertebra. The procedure is non-invasive and gentle.
The results are often immediate and dramatic. However, the atlas may have been out of alignment for some time before symptoms actually appear. Without proper treatment, the symptoms only get worse, and the problem becomes more difficult to correct. The longer the existing condition is without treatment, the more time and treatment it may take to heal.
From the office of Dr. David Nygaard in Asheville, we offer the Atlas Orthogonal Procedure to qualifying patients.