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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.
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.
Managing Patient Expectations About Acupuncture
Last year, I attended the Pacific Symposium in San Diego for the first time in six or seven years. It was the 25th anniversary of this event, and on one evening there was a panel discussion with the title; "What is Qi?."
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.
Talking to Patients About Healthy Aging
I've noticed that a particular category of patients seems to make up more and more of my practice – they work out, but still experience lots of degenerative joint disease (DJD) issues.
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.
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.
5 Ways to Occupy Occupational Health
Despite the progress that has been made to better protect workers, occupational health and safety remains a priority area for many national governmental organizations due to the widespread problem of occupationally related morbidity and mortality.
Saying No to Medicine
An interesting article recently appeared in Men's Journal titled "When to Say No to Your Doctor." The article begins with the summary statement above and effectively arms readers with information that will help them "take more responsibility for your own health care, because you can't be sure anyone else is.
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.
Blaming the Gluteus Medius, Overlooking the Deltoid
The gluteus medius (Gmed) is commonly written about, strengthened and blamed for many conditions, and rightfully so. After all, the Gmed plays a role in pelvic stability, hip motor control and lower-quarter dynamic movements.
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.
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.
Help Patients Achieve Optimal Vitamin D Levels
Much research has been done on vitamin D levels and their impact on health; optimal levels have been correlated with a reduced risk of developing numerous conditions.
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.
Understanding and Identifying Pediatric Growth-Plate Fractures
In general, fractures in children heal well with little intervention as long as the alignment is good. Fractures involving the growth plate, however, are a different issue. In fact, growth-plate injuries are the primary reason for the subspecialty of pediatric orthopedics.
Web Marketing: Content Is King
Google's sweeping updates to its search algorithms over the past few years have brought a paradigm shift in how you can optimize your chiropractic website to gain maximum marketing leverage.
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.
Calcium Helps Prevent Colorectal Cancer
Over the past 25 to 30 years, studies have suggested calcium may confer protection against colorectal cancer.
Transparency and Accountability: Q&A With the CCE
Every profession needs an organization dedicated to upholding the quality and integrity of its degree programs and educational institutions.
The X Factor in Clinical Research: The Patient
It was the great baseball legend, former New York Yankees catcher Yogi Berra – he of countless aphorisms, each with a mind-bending twist – who once declared, "You can observe a lot by watching."
July, 2005, Vol. 05, Issue 07
A Natural Approach to Degenerative Diseases of the Central Nervous System
By John Upledger, DO, OMM
As a complementary care practitioner with a long history in the medical field, I tend to look at trends in medicine with a broader eye than some mainstream physicians. With all the press these past few years on degenerative diseases of the central nervous system (CNS) - Alzheimer's, Parkinson's, senile dementia, and the like - I'd like to weigh in on noninvasive options in therapeutic care.It's vital for clients to have choices.
Research indicates that a significant number of degenerative brain diseases are caused by the accumulation of waste products generated by physiological reactions that involve brain proteins. This particular waste product is called "beta amyloid peptide" (BAP). The peptide is formed from a protein called "amyloid precursor protein" (APP), which is a constituent of the neural cell membranes of the brain, spinal cord and spinal cord roots. Toxic levels of the peptide can also be formed from the accumulation of heavy minerals such as mercury, aluminum and cadmium. (Some authorities suggest this abnormal accumulation of BAP results from genetic mutations. The jury is still out on that concept.)
Beta amyloid peptide products accumulate at toxic levels more often in the brain than in the spinal cord and its roots. Yet when abnormal accumulation does occur in the cord or roots, degeneration that histologically resembles that of the brain does occur. In any case, the formation of BAPs from APPs is physiologically normal; however, when BAPs are neither removed as waste nor neutralized by normal biochemical reactions, CNS diseases can occur.
No matter the reason, the abnormal accumulation of BAPs may result in the formation of extracellular amyloid plaques. The presence of these plaques can then induce the inflammatory response, which facilitates the hyper-phosphorylation of a protein named "TAU." While still under study, we know TAU forms intracellular fibrillatory tangles. Between the plaques and the tangles, the neurons become dysfunctional and may die. In addition to producing plaques and tangles, BAPs can: 1) interfere with the proper functioning of voltage-dependent calcium channels, usually causing neuronal hyperexcitability and ultimately death, and 2) enhance the activity of an enzyme known as "GTPase," the hyperactivity of which then interferes with long-term potentiation at the synaps, which results in memory failure.
The production of BAPs depends on the presence of APP, which is an integral cellular-membrane protein. It has three different isoforms made up of either 695, 751 or 770 amino acids. It also has a large domain outside of the cell. The extracellular portion is connected to a smaller intracellular portion by a part of the molecule that passes through the cell membrane, thus forming a connection between the extracellular and intracellular parts of the molecule. Since both parts have receptors, APP passes information between the extracellular and intracellular domains of the molecule; hence, between the extracellular and intracellular regions. In view of all this, it's clear that the major causes of degenerative diseases of the CNS include the incomplete removal of BAPs and excessive inflammatory responses.
Certainly, biochemicals that have been used to treat these conditions (neprilysin, insulin degrading enzyme, endothelial-converting enzyme and plasmin) have been moderately successful in terms of slowing the disease processes. But what about approaching the situation by using hands-on therapeutic techniques that physiologically remove the culprit molecules, namely the beta amyloid peptides?
It seems to me that using approaches such as massage and CranioSacral Therapy (CST) to enhance the flow of fluids that pass through the interstitial spaces of the central nervous system would be of great therapeutic value. If we could help the body obtain a proper balance through these techniques, the accumulation of BAPs would naturally be reduced. One of the major goals of CST in particular is to enhance the flow of cerebrospinal fluid through the craniosacral system, which surrounds the brain and spinal cord. We accomplish this by releasing any membranous tensions that restrict the easy, natural, rhythmical motion of the craniosacral system. When the craniosacral system is operating at a high level of efficiency, the accumulated BAP waste is flushed from the interstitial spaces of the central nervous system and excreted from the body. Thus, a major contributing cause of degenerative diseases of the brain or spinal cord is eliminated.
Yet even preventing further degenerative changes will not restore neurons, neuronal circuits and glial cells that have already been lost. How can manual therapists help restore these losses? Personally, I incorporate CST with SomatoEmotional Release and dialogue techniques to "talk" with the stem cells that are already numerous in the brain and spinal cord. First, I humbly and respectfully describe the functional losses of the central nervous system to the stem cells.
Next, I politely request that these stem cells replace lost neurons, circuits or what have you, as they see fit. It's important to understand that I do not tell them how to do it. I only describe the problem and ask that the stem cells apply their wisdom and ingenuity to do whatever they feel is appropriate and necessary to restore normal function to the brain and spinal cord.
For those of you willing to venture with me into new areas of thought and therapeutic care, you'll find yourself able to render valuable services to clients afflicted with a wide range of degenerative diseases of the brain or spinal cord. And isn't that where the true value lies?
Click here for previous articles by John Upledger, DO, OMM.
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