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ARTICLES
Osteopathic
Vertebral Manipulation
And Acupuncture Treatment
Using Front Mu And Back Shu Points
David E. Teitelbaum,
DO
ABSTRACT
Osteopathic medicine recognizes a correlation between the musculoskeletal
condition of the vertebral column and visceral function. Abnormally
positioned vertebrae and hypertonic area musculature participate in
segmental sympathetic nervous system hyperactivity, which adversely
impacts the innervated organ. Front Mu and Back Shu points are anatomically
located at vertebral segment levels that correlate to the sympathetic
innervation of their related organs. It is proposed that acupuncture
treatment using Front Mu and Back Shu points has a similar mechanism
to osteopathic manipulation in improving afferent and efferent function
so that sympathetic hyperactivity is alleviated.
KEY WORDS
Osteopathic Manipulation, Acupuncture, Front Mu, Back Shu, Segmental
Sympathetic Innervation
INTRODUCTION
In osteopathic medicine, specific vertebrae are manipulated in the treatment
of visceral disease. This treatment is based on the recognition that
a vertebra in altered position facilitates continued stimulation on
its related segmental nerves. This condition leads to impairment of
optimal organ function so that healing and recovery from disease are
prolonged or prohibited.
Since the sympathetic nervous system controls instantaneous adjustments
of the circulatory system and metabolic functions of skeletal musculature,
segmental pathology also impairs somatic energy expenditure and exchange.
These facilitated segments can become chronic and self-sustaining either
through secondary afferent discharge from tissues subjected to the sympathetic
stimulation, or by an enduring increase in central excitability within
the spinal cord itself.1 This central excitability is also induced by
sympathetic hyperactivity as well as other facilitative or sensitizing
factors. This chronic, self-sustaining situation results in an exhausting
hypersympathetic state.
Many therapeutic benefits of osteopathic manipulation have been recognized;
in visceral disease, the most critical clinical effect is the quieting
of this sympathetic hyperactivity with its deleterious effects.
Correlation to Front Mu and Back Shu Subsystem
In the Chinese medicine parallel to this approach, the Front Mu and
Back Shu subsystems are used to effect visceral function. Anatomic examination
of Back Shu points reveals each to be located at a vertebral level consistent
with sympathetic output to its associated organ (Table
1).2 The singular exception to this is the Back Shu point for Small
Intestine, located at the first sacral segment. There is no sympathetic
output to the SI from this vertebra.
Front Mu points are anatomically located in dermatomes3 (Figure
1) that are consistent with segmental sympathetic output to their
related organs. There are no exceptions to this among the Front Mu points.
Figure 1.
Points of the Front Mu Shu Subsystem Located in Dermatomes
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The use of osteopathic
manipulation in treating vertebrae is believed to favorably impact the
efferent output of the associated spinal nerves. Interestingly, the
Chinese word "Shu" translates as "to transport."
The concept of transporting neurologic information from the spine to
the organ is in keeping with a Western understanding of efferent stimulation.
The Chinese word "Mu," however, translates as "to collect."
The Front Mu points are located in dermatomes that collect neurologic
input and transfer that input to the spine for processing. This parallels
our understanding of afferent nerve function. Thus, it is hypothesized
that the Back Shu system has effect primarily through direct efferent
stimulation, whereas the Front Mu system has effect through afferent
input.
Further analysis
of the anatomic location of these points and their sympathetic relationship
reveals an apparent association between the TCM concept of the Triple
Heater and the adrenal gland. Shu and Mu points for the Triple Heater
are located in the range of sympathetic output to the adrenal medulla.
These points are used in acupuncture to coordinate the activity of the
organs found in the upper, middle, and lower heaters. This is similar
to the Western understanding of a coordinated sympathetic control of
these same organs effected through release of epinephrine by the adrenal
gland.
| Table 1. Sympathetic Innervation
of Organs, Shu and Mu Points |
|
Organ
|
Sympathetic Innervation of Organ
|
Shu Pointand Vertebral Level
|
Mu Pointand Dermatome Location
|
| LU |
C3,4; T2-9 |
BL 13; T3 |
LU 1; C4 |
| HT |
C3,4; T1-8 |
BL 15; T5 |
CV 14; T7 |
| LR |
T5-10 |
BL 18; T9 |
LR 14; T6 |
| GB |
T5-10 |
BL 19; T10 |
GB 24; T7 |
| SP |
T5-11 |
BL 20; T11 |
LR 13; T10 |
| ST |
T5-12 |
BL 21; T12 |
CV 12; T8 |
| KI |
T10-L2 |
BL 23; L2 |
GB 25; T11 |
| LI |
T6-L5; S2-4 |
BL 25; L4 |
ST 25; T10 |
| SI |
T5-12 |
BL 27; S1* |
CV 4; T12 |
| BL |
T11-L2; S2-4 |
BL 28; S2 |
CV 3; L1 |
| MH (Pericardium) |
C3,4; T1-8 |
BL 14; T4 |
CV 17; T4 |
| TH (Adrenal) |
T8-L2 |
BL 22; L1 |
CV 5; T11 |
| *There is no sympathetic output to the SI from this
vertebra. |
Clinical Applications
Therapeutic implications of these parallel systems include the following.
First, in an organ treatment in which Back Shu points are used, it is
reasonable to also picure any Ashi (tender) point of the inner Bladder
meridian found in the range of sympathetic innervation to the organ.
Second, there are a number of organs listed in Table
2 for which there are no classic Back Shu points. It is reasonable
to picure Ashi points of the inner BL meridian in the range of sympathetic
innervation to any of these organs to obtain a Shu effect.
Third, in an organ treatment in which Front Mu points are used, it is
reasonable to also picture any Ashi point in the same dermatome as that
Mu point.
Fourth, in treating the organs listed in Table 2
for which there are no classic Front Mu points, it is reasonable to
picure any Ashi point in the dermatome of sympathetic innervation to
those organs.
| Table 2. Sympathetic Innervation
of Other Organs |
|
Organ
|
Sympathetic Innervation
|
| Esophagus |
T2-7 |
| Appendix |
T10-12 |
| Pancreas |
T5-11 |
| Ureter |
T11-L2; S1-4 |
| Testicle/Ovary |
T9-L1 |
| Uterus |
T11-L2; S2-4 |
| Prostate |
T6-L3 |
CONCLUSION
Osteopathic manipulation of vertebrae is used therapeutically to impact
viscera through the calming of hyperactive sympathetic output to specific
organs. A parallel approach in acupuncture uses the Front Mu and Back
Shu subsystems. Anatomic analysis of these point locations reveals them
to be in the range of sympathetic innervation to their associated organs.
It is proposed that acupuncture treatment using Front Mu and Back Shu
points has a similar mechanism to osteopathic manipulation in improving
afferent and efferent function so that sympathetic hyperactivity is
alleviated.
REFERENCES
-
Korr
IM. The spinal cord as organizer of disease processes, II: the peripheral
autonomic nervous system. J Am Osteopath Assoc. 1979;79:82-90.
-
Helms
JM. Acupuncture Energetics: A Clinical Approach for Physicians.
Berkeley, Ca: Medical Acupuncture Publishers; 1995:26-29, 157-172.
-
Chen E.
Cross-Sectional Anatomy of Acupoints. Edinburgh, Scotland: Churchill
Livingstone; 1995.
AUTHOR INFORMATION
Dr David Teitelbaum practices Osteopathic Manipulative Medicine and
Medical Acupuncture in his private practice in Fort Worth, Texas.
Dr Teitelbaum is an Associate Clinical Professor in the Department of
Osteopathic Manipulative Medicine at the University of North Texas Health
Science Center.
David E. Teitelbaum,
DO
3230 Camp Bowie Blvd, Suite D
Fort Worth, TX 76107
Phone: 817-335-4220 Fax: 817-335-3171
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