resourcesABOUT MT AUTHOR GUIDELINES CLASSIFIEDS EDITORIAL CALENDAR MEDIA GUIDE MASSAGE MART SCHOOLS & EDUCATION FEEDBACK
Pulse Diagnosis: What We Know
I am still finding pearls of wisdom from the books and papers that I inherited from my pulse diagnosis mentor Jim Ramholz.
The Wonders of Light Therapy: An Interview with Wes Burwell
I first met Wes Burwell in 2011 when he was teaching a class on light. Since then, every time I hear him speak, his understanding of the benefits, function and capacity of light has evolved.
The Heart Protector
On the physical level, the Pericardium is a double-layered sac of fibrous tissue that envelops the Heart. The space between the layers is filled with serous fluid that protects the Heart from external shock or trauma and lubricates to allow for normal Heart movement.
Correcting Pelvic Rotation Around the Long Axis: Adjustment Protocol
The pelvis can be considered a ring that can misalign on the sacrum rotating around the long axis. The following is a description of an adjustment that helps to correct sacroiliac rotation around the long axis.
Lime Jello on Morphine
Taste is in the eyes... actually the mouth... of the beholder. My food preferences have changed, lightening from the food of my youth. My parents loved heavy eastern European cuisine and I loved it as a child. Now I enjoy leaner, healthier whole foods.
Essential Orthopedic Testing: Tests That Involve Standing on One Leg
Since these tests have a common mechanism of performance (standing on one leg), there are differential diagnostic concerns during testing. The tests cannot be completely isolated from each other for performance.
Communication 101: Please Explain Yourself!
Twice this past week, I overheard conversations about chiropractic. As you can imagine, it is a topic my ears naturally pick up. In both cases, a patient was talking to a friend about their experience with a chiropractor.
A Commonly Missed Spinal Fixation: The Upper Lumbar Spine (Part 2)
As mentioned in part 1, using a flexion-distraction table is a great way to unlock this particular fixation. You have found the stuck segment. You have determined whether it is unilateral, midline or bilateral.
CMT & Stroke Risk: Myth vs. Fact
By now, most of you have probably heard that the American Heart Association recently published a statement regarding the association between cervical dissection (CD) and cervical manipulative therapy (CMT).
The Case for Immunization
As long as I have been a chiropractor, I have seen many in this profession oppose vaccinations. Indeed, it has often been taken as a "given" that to be a principled chiropractor requires a curmudgeon's willingness to hold aloft that banner of opposition.
Sports Science: What's in That Drink?
Athletes frequently ask me what the best liquid is to drink during exercise – water or a sports drink? Water provides the necessary hydration, but unfortunately, it lacks the key nutrients to aid in performance and recovery.
Uncle Sam Needs You (Part 2)
Where chiropractic care has been used in the military health services, it has been deemed very successful.
Dr. George Goodman and His Legacy to Logan University
Those who knew him called him a revered leader, a visionary and one of chiropractic's biggest advocates. George A. Goodman, DC, Logan University's sixth and longest-serving president, passed away on Sept. 9. He was 70 years old.
The Tao of Gender
If you think gender is as simple as having a new client check off the "male" or "female" box on your intake form, we hope this article will expand your understanding and thus the reach of your health care.
Commingling Money: 12 Questions for the ACA About the CHAMP / NCLAF Merger
The American Chiropractic Association recently announced it was merging the National Chiropractic Legal Action Fund and the Chiropractic Health Advocacy and Mobilization Project into a single entity that will support both legal and legislative actions.
AOMA Strengthens Leadership Team
AOMA Graduate School of Integrative Medicine, a leading college of acupuncture & herbal medicine, announced the appointment of Donna LaPoint Hurta, MBA as the new VP of Finance & Operations this Fall.
Jingei Diagnosis: An Effective and Powerful Diagnostic
I graduated from the Kotatama Institute under the direction of Drs. Masahilo and Katsuharu Nakazono in 1984. As a student, I was exposed to the practice of most of the various theories and modalites of Oriental Medicine.
To The Finish Line With the Help of TCM
When acupuncturist Eddy De Smedt pursued a career in Traditional Chinese Medicine, he knew he wanted to make a difference.
Healing With TCM at San Quentin State Prison
For the prisoners at San Quentin State Prison, life-sentences are the reality of every day life. It is not often that prisoners get the opportunity to use alternative medicine to deal with common ailments they encounter behind bars such as, depression, anxiety and pain.
Chiropractic Research in Review
Predicting Pain With Disability in Office Workers; Traction Approaches for Discogenic Cervical Radiculopathy; Intra-Articular Gas Bubbles Following Manipulation; Nonresponsive Chronic Ankle Sprains: Think Tendon Rupture.
Managing Today's Fertility Patient
I recently received an email from one of my fertility patients: "Got my lab results back. FSH is 11, AMH is 0.7. My doctor said these numbers aren't good. I guess I'm infertile. Just as a thought. Just set up an appointment to speak with an adoption agency."
Simple Ways To Find True Happiness
Patients in our clinics are always seeking happiness. As their health advocate, we need to ensure we inform them that in order to find happiness, they have to make sure to identify what makes them happy in the first place.
February, 2005, Vol. 05, Issue 02
An Obscure Side-Effect of Obesity
By John Upledger, DO, OMM
The sad passing in December of future NFL hall-of-famer Reggie White illuminates an obscure side-effect of obesity that also gives us some fascinating insight into the human body. White, who died at 43, topped out at weights exceeding 290 in the course of his career.While the results of his death weren't conclusive at the time of this writing, the coroner cited sleep apnea as having played a possible role.
Not to be confused with central sleep apnea secondary to brain dysfunction, White's type of sleep apnea is most common among men of large body mass. Like snoring, this sleep apnea is often secondary to the fatty enlargement of tissues in the nasal air passages at the back and upper areas of the throat. These patterns are generally characterized by gasping inhalations followed by long pauses during which there is little or no exchange of air via the airways into the bronchi and lungs.
Let's dig into the subject a little deeper and see what's behind all this. Involuntary respiration is controlled by nerve cells/neurons in the medulla oblongata located in the skull just above the upper end of the spinal cord. These nerve cells get their instructions from the pons, which is higher in the brain. The pons gets its information from several other brain centers then sorts out all the little details to develop regulations for breathing. I suspect some of the pons' incoming messages originate in the fat-enlarged tissues of the nose and mouth airways. These messages may then cause the pons to periodically hold back normal rhythmical inhalations.
Taken to the extreme, respiratory arrhythmias secondary to abnormally fatty tissues can take sleep apnea to the point that increased back pressure in the lungs can produce some degree of right-sided heart failure. The result is cyanosis, a bluish discoloration of the skin and mucous membranes that first appears in nail beds and lips. The discoloration comes from a reduced level of oxygen in the blood secondary to the compromised breathing that began with snoring and sleep apnea.
Now let's look at a molecule called "nitric oxide" (NO). This gaseous substance is attracted to lipid (fat) molecules. It is moderately reactive compared to inert gases such as helium, neon and argon, which do not react with other atoms, ions or molecules. What nitric oxide does within our bodies is remarkable. It has a great deal to do with the flow of blood through our vascular systems. With every heartbeat, a puff of nitric oxide gas is released from the endothelial cells where a great deal of it is stored. Endothelial cells line all our blood vessels, including arteries, veins, arterioles, venules and capillaries. So nitric oxide is released in some amount in every blood vessel.
The process by which nitric oxide causes blood vessel relaxation and dilation is somewhat complicated. It goes something like this: The puff of nitric oxide that's released from the endothelial cells of the blood vessels goes directly to the red blood cells (RBCs) where the nitric oxide molecules become attached to hemoglobin (Hb). The nitric oxide remains attached to the hemoglobin as assessments are made regarding how much oxygen is available to the body for its cellular needs.
Low oxygen levels cause more nitric oxide to be released from the hemoglobin. Higher oxygen levels cause hemoglobin to retain a higher percentage of nitric oxide. That makes good sense. When oxygen is low, nitric oxide causes blood vessels to dilate and deliver more blood to the tissues to increase the amount of oxygen getting to the cells. Incidentally, as cells take in available oxygen, most of it goes to intracellular mitochondria. There are thousands of mitochondrial organelles in the cytoplasm of each cell. The mitochondria make the energy that's required by every cell.
Back to our nitric oxide molecule travels. As nitric oxide is released by the hemoglobin, it emerges from the RBC after combining with the amino acid "cysteine" to form S-nitrosothial. In this form, nitric oxide will not be reattached by the hemoglobin as it travels through RBC cytoplasm. The nitric oxide is ushered out of the cell by specific proteins attached to the RBC membrane. It then enters the blood serum and the endothelial cells where the molecules are stored as nitric oxide. When it's time for the blood vessel to dilate, the nitric oxide goes to the smooth muscles in the blood vessel walls and causes the muscles to relax. This relaxation allows the blood vessels to dilate and pass more blood at a lowered blood pressure.
What does all this have to do with obesity? It was recently discovered that our paranasal sinuses produce a lot of nitric oxide. When nitric oxide is inhaled through the nasal airway, it gets into the lungs and increases the amount of oxygen that gets into the blood that is circulating through the lungs. The clearer the nasal passages, the more nitric oxide will be inhaled into the lung tissue. Hence, the more efficiently the oxygen will be absorbed via the lungs into the body vasculature, which then delivers the oxygen to all body cells.
Obesity often causes sleep apnea and snoring, which indicates a blockage of nasal airways. The nitric oxide delivery to the lungs then is reduced, as is oxygen absorbed through the lungs. Lowered oxygen levels in the body signal that the tissues need more blood to supply the oxygen. The physiological response is to raise the blood pressure to increase blood flow and improve oxygen supplies to tissues. Hence, high blood pressure occurs because nitric oxide isn't getting into the lungs effectively.
Hopefully, the passing of Reggie White will wake others up to a lesser-known but potentially deadly side effect of obesity.
Click here for previous articles by John Upledger, DO, OMM.
Join the conversation
Comments are encouraged, but you must follow our User Agreementcomments powered by Disqus
Keep it civil and stay on topic. No profanity, vulgar, racist or hateful comments or personal attacks. Anyone who chooses to exercise poor judgement will be blocked. By posting your comment, you agree to allow MPA Media the right to republish your name and comment in additional MPA Media publications without any notification or payment.