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A History Worth Telling
The popularity and the use of acupuncture for the treatment of animals in the United States is at its peak.
Medical Qigong for the Heart: Part III
Part 1 and Part II of this series focused on the physical aspect of the Heart and mental emotional aspects of the Heart respectively. Now, I would like to focus on the spiritual aspect of the Heart.
CCE Finally Takes a "Baby Step" Toward Reform
During a 16-month period from October 2010 to February 2012, I devoted four separate columns to the heavy-handed attempt by the Council on Chiropractic Education to radically change the chiropractic profession through the accreditation process.
Peer Points: Always Seeking To Grow
Ellen "Kiki" Geary has spent the last decade honing her craft. As a specialist in integrative holistic care, she went straight from completing her master's degree in acupuncture and chinese herbal medicine from Bastyr University to building a successful and thriving practice in the small community of Anacortes, Washington.
MPA Media Wins 7 Publishing Awards
MPA Media, publisher of Dynamic Chiropractic and DC Practice Insights, among other titles, has been recognized for editorial and design excellence with an unprecedented seven publishing awards by the American Society of Business Publication Editors (ASBPE), the nation's largest organization for business-to-business publications.
Why Young People Need Chiropractic Now More Than Ever
According to a recent study published in BMC Musculoskeletal Disorders, "It is now widely acknowledged that neck pain (NP), mid back pain (MBP), and low back pain (LBP) (spinal pain) start early in life and that the lifetime prevalence increases rapidly during adolescence to reach adult levels at the age of 18."
Chiropractic Research in Review
Chiropractic Treatment of Lateral Epicondylitis; Cost / Benefit Analysis: Different Doses of SMT for Low Back Pain; Imaging for Occult Rib and Costal Cartilage Fractures; Treating Neck Pain: Thoracic Thrust Manipulation vs. Non-Thrust Mobilization.
Pain Underfoot: Metatarsalgia
Foot pain can interfere significantly with normal activities and severely limit participation in sports. Metatarsalgia is foot pain involving the metatarsal bones in the forefoot – the complaint of pain on the bottom of the ball of the foot.
Finders Keepers: The Secret to Relationship-Based Marketing
Becoming a successful practitioner has less to do with what you learned in school, and more to do with your ability to find new patients and keep them!
Don't Turn a 2 Into a 10
The Wong-Baker FACES Pain Rating Scale1 is so useful because it can be used by almost anyone. Patients can use the numbers associated with the faces depicted on the scale or select the face that demonstrates their current level of pain from 0-10.
News in Brief
National Chiropractic Health Month: Be Proactive; Collegiate Roundup: Academic Appointments at Parker, Logan.
New Medical Technologies You Need to Know
We're all familiar with how fast computers become obsolete, as well as the rapid pace of development in the field of cell phone technology. The latest smart phones are far more powerful than desktop computers were only a few years ago.
Building From the Bottom Up
I caught up with my dear friend Honora Wolfe, in her Colorado painting studio where, if she is not praying in Bhutan or doing charitable work in a Nepali free clinic, she spends most of her time now.
9 Common Causes of Thyroid Imbalance and How You Can Help
How you sleep, how easily you wake up, and how much energy and stamina you have during the day are directly related to levels of the thyroid hormones.
A Guide for Talking to Doctors about Acupuncture and Brain Chemistry
Before I begin any discussion of how to talk about the effects of acupuncture on brain chemistry, nervous and endocrine function, it is essential to understand just what physicians most need help with.
A Vibrating Capsule for Constipation? Relevance to Your Chiropractic Practice
The relationship between gastrointestinal (GI) complaints and back pain is not typically written about or discussed.
Waking Up the Gluteus Maximus
In previous articles in this series, we expounded on the importance of the gluteus maximus (GM) in athletic performance and protecting the knee from injury. We also know there is a link between iliotibial band syndrome and GM weakness.
June, 2005, Vol. 05, Issue 06
The Amazing Fascial Web, Part II
By Leon Chaitow, ND, DO
Editor's note: Part I of Dr. Chaitow's article appeared in the May 2005 issue and can be accessed online at www.massagetoday.com/archives/2005/05/03.html.
Author's note: Research information summarized in this article has been drawn from content in the 2nd edition of my book, Clinical Applications of Neuromuscular Techniques: Volume 1[Churchill Livingstone, 2001], due for publication early in 2006.
To understand how this signaling system works we need to be aware of the role of integrins - tiny projections emerging from each cell, that act like mini-transmitters and receivers.To continue with the story we now need to travel into space. Ingber conducted research (1989, 1993), much of it for NASA, into why astronauts lose bone density after a few months in space. He showed that as cells deform, when gravity is removed or reduced, the behavior of cells changes to the extent that, irrespective of how good the overall nutritional state is or how much exercise (static cycling in space) is taking place, individual cells cannot process nutrients normally, and problems such as decalcification emerge. The cell's communication systems, via integrins, also diminish in efficiency when the cells distort.
What Helene Langevin and her colleagues are now showing is that when deformation of cells and tissues occurs - such as that which happens to all of us when areas of the body are chronically shortened, crowded, compressed, stretched or twisted due to age, disease, trauma or progressive adaptation - the cells cannot function or communicate normally, or even demonstrate normal gene expression.
And consider, from the bodyworker's point of view, the reverse of that scenario. When we normalize tissues that are tense/tight/deformed/compressed by means of massage, stretching, mobilizing, etc., we are not just normalizing the biomechanical aspects of the function of those tissues - so that, for example, the shoulder or elbow or neck or whatever, "feels" better - we are also improving internal cellular function, enhancing cellular communication and gene expression. If that's not a "wow" I don't know what is!
The observation of Langevin et al, (2005) is: "The dynamic, cytoskeleton-dependent responses of fibroblasts to changes in tissue length demonstrated in this study have important implications for our understanding of normal movement and posture, as well as therapies using mechanical stimulation of connective tissue including physical therapy, massage and acupuncture." (Langevin et al, 2005)
Consider the connections I have attempted to put together in this brief communication regarding different elements of our understanding of how the body works:
Our work can really change the way the body works, and not just on the mechanical level. We influence emotion, the mind, the nervous system, immune function, and now we know that we also influence the way cells communicate and nourish themselves.
In a future article for Massage Today, I will highlight another recent "wow" (for me) relating to the presence in fascia of contractile (smooth muscle) cells. The sites where these have now been identified include cartilage, ligaments, spinal discs and the lumbodorsal fascia. (Ahluwalia et al, 2001; Hastreite et al, 2001; Murray & Spector 1999; Meiss 1993). The implications are enormous. For example, Yahia & Pigeon (1993) have observed that: "Histologic studies indicate that the posterior layer of the (lumbodorsal) fascia is able to contract as if it were infiltrated with muscular tissue."
If you are one of the many readers who have had the good sense to read Tom Myers wonderful book, Anatomy Trains, my guess is that the implications of a contractile potential in fascia will be another "wow" for you.
And there's more. One more piece of the jigsaw puzzle has recently fallen into place. German research (not yet complete, on which I will report in a future article) has shown that fascia acts in a sponge-like manner, so that when stretched it loses a great deal of its water content, and afterwards, if the stretch has been long enough and strong enough, and if no more activity occurs over a period of 30 minutes or so, it reabsorbs more water than it lost in the stretch, and becomes stiffer than previously.
Click here for more information about Leon Chaitow, ND, DO.
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