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Stimulatory actions to sensory
receptors on body surface by exposure to an electric field. | |
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Activity within and between the cells
caused by introduction of electric current through
exposure of |
For example, experiments have been
conducted to investigate the effects of an electric field on the surface of a
body. When placing an electric field around a
cats hind
leg the power produced at first caused the body hair to move, which in turn
generated action potential on the nerve fibers which govern sensory receptors to
the body hair.
The action potential signals are, theoretically, transmitted in a centrifugal manner to the brain where they cause simulation to the hypothalamus and hypophysis which affects the autonomous and endocrinous systems.
Stimulation to systemic skin, illustrated by the above body hair movement, resembles the principles of acupuncture and moxibustion treatments practiced by oriental medicine. It is considered that a visceral reflex, which affects the visceral organs, is generated by stimulating a systemic skin surface (as in a group of effective points for applying acupuncture and moxibustion treatment).
On the other hand the electric field generated by our electrotherapy apparatus on the body surface produces a subtle induced current inside the body. That current affects body fluids and cells, especially the cell membranes. It has been recognized that this action activates cells and promotes the metabolism of body tissue.
b) Effects
The Japanese Ministry of Health and Welfare has recognized the effects of regular use of our electrotherapy apparatus and has therefore approved its use for certain therapies. They include the amelioration of headache, stiffness of the shoulder region, insomnia and chronic constipation. These disorders correspond to functional disorders of the autonomic nerves and inflammatory diseases.
Electrotherapy apparatus has been used
clinically for over 65 years and the following represents a sampling of typical
clinical data and experiment .
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"On the effect of AC electrostatic high voltage potential load upon
the blood-electrolytes." |
-It showed that electrotherapy could
increase serum total calcium and its ion and decrease serum
inorganic
phosphorous, which lead to the alkalization of blood Ph.
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"The effect of a static electric field
caused by high
voltage alternating current
on callus |
- It was revealed that more rapid response of
the periosteum at the fracture site and the surrounding
tissues occurred in the
electrically charged group than in the controlled one. However, remodeling
and re-absorption of the periosteal new bone was retarded in the charged
group.
- Histological examination revealed that
in the charged group, clotting of the fracture-haematoma
was more rapid and
proliferation of connective tissue at and around the fracture site more
marked. However, condensation of the bone
architecture (the appearance of the fine bone
texture, etc.) was delayed in the charged group.
- Microangiographic investigation revealed
increased periosteal circulation and enhanced periosteal
vascularization in the
charged group as opposed to the controls. In addition more vascular channels
were found to have penetrated through the surface of the cortex. However, the
rearrangement
of the
newly formed vascular architecture was slower in the
charged group than in the controls.
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"The effects of high
voltage alternating current
upon a human body in change of blood pressure, |
- Their findings suggest that a high voltage electric field has the effects of
normalizing
abnormal
blood pressure. In cases of functional decline of the
sympathetic nerve, the
electric field stimulated the nerve
and worked as a pressor rather than a depressor
against the abnormal/hypertonic condition.
- Hypothalamus, pituitary gland and
adrenal cortex were all stimulated through the limbic system
and reticular
formation.
- As for patients with adult diseases,
serum lipids could be favorably affected by an electric
field
generated by
electrotherapy apparatus.
2. Local/Regional Use
a) Principles
This method uses an electronic pen probe placed directly on the skin surface (or through thin clothing) carrying an electric load of AC800-9,000V as shown in the drawing below.
In addition, we recommend another
therapeutically effective method by which current is removed from the body by a
metal conductor (having nearly ground potential - 0V) being applied to a specific
region during systemic/regional electrification of the
body.
Similar to general/systemic treatment,
local/regional electrification has the following two electrical and
biological
actions.
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Stimulatory actions to sensory receptors on body surface by electric field. | |
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Cellular actions by electric current induced into body electric field around body surface. |
When the local electrification pen probe
is placed next to the body surface, a strong electric field is
generated between
the probe and the skin surface. The stimulation generated by this action
generates
action potential on the nerve fibers which control the sensory
receptors of the skin.
When the electrification is performed
through thin clothing, a subtle discharge occurs that stimulates
sensory
receptors on the skin surface which generates the action potential in the nerve
fibers.
The generated action potential is
transmitted centrifugally to the brain where it stimulates the hypothalamus
and
hypophysis to affect the autonomous and endocrinous
systems.
When electric current is passed
into the body locally through the electrified pen probe, a high density
current
is
generated at the contact point with a marked effect on the cells in the tissue
beneath the contact surface.
It is conceivable that the following are
the actions that affect the cells when an electric current is
generated
in a specific region.
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Physico-chemical changes (ionization etc.) In the properties of (intra and extra cellular) body fluid. | |
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Changes in permeability of cell membrane. | |
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Actions to mitochondrial electron transfer system and influence on ATP generation. |
It is also conceivable that the above
actions activate cells and promote metabolism of body
tissues.
b) Effects
It is proven through clinical application by practitioners in Japan, that the local/regional use of SHENPIX electrotherapy apparatus has the following effects.
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The treatment produces a marked and immediate effect on the mitigation of stiffness in the shoulders, lumbago, elbow and knee joint pain when used as part of physical therapy | |
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Regional application to abdomen, lumbar
region, shoulders and rectus femoris shows alleviation of |
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