A.Naporov:PARTICULAR METHODISE OF THE CORRECTION OF THE
STRUCTURAL COMPONENT OF THE ORGANISM
This article exaimnes the use of the SCENAR treatment to aid
in the correction of the structural component of the organism. SCENAR treatment
is able to help patients suffering from a combination of visceral and somatic
pathology. A Naporov, the author, exaimnes the reflex of the visceral-dermal.
Naporov asserts that blockage of the spinal-disc colum can lead to fibrosis
regeneration which will eventually cause discopathy.
Working in the polyclinic condition with the device SCENAR-035-3
allowed discovering a category of patients, treatment of that was not effective.
There are patients with a combination of visceral and somatic pathology, where
the last is clinically prevailing. At the present work emanate from the theoretical
preconditions and own experience, the method of working with such patients is
offered. It is known that the adaptative system of the organism is based on
the relationship between vegetative and somatic nervous systems. This is manifested
in the following main reflexes: visceral-dermal, visceral-motor (spinal muscles),
visceral-sclerotomal (fascias, ligaments, and periosteum).
In the practise of SCENAR therapy, as a rule, the skin-visceral
reflexes are used. At the same time, chronic visceral pathology leads to the
formation of the areas of congestion excitement in the muscular-fascia structures,
which is you can see in the local contractions (myofascicular hypertonus). Firstly
it take place in the paravertebral areas of spinal muscles, often correspond
to the point of inflorescence on the meridian of the bladder. Initially, emerging
as an adaptive - sanogenic mechanism - myofascicular hypertonus changes its
roll in future. It is becoming a reason for recurring blockage of the spinal-disc
column (SDC). A vicious circle of the inter-influence between hypertonus and
blocked SDC is establishing. As a result, a spasm of hypertonus is increasing,
forming the condition for its fibrosis regeneration and disturbance of the mobility
of SDC and sooner or later this leads to discopathy.
In such conditions the hypertonus gains the ability independently
maintain the inflammation even without participation of the afferentation from
the periphery. Moreover, the hypertonus begins influence on the vegetative supply
of the trophic functions, in the somatic sectors and in the internal organs,
connected to them via segments, meridians, or other ways. According to Kryizhanovskyi,
this phenomenon is called a formation of the peripheral generator of the determinant
system. Therefore, A morphologic substrate, which emerges in the result of sanogenic
reaction of adaptation, turns into autonomic link in the pathogenic chain of
illness, maintain its chronic course. This means, that the organism has lost
partly its adapting ability and another part spent to cover of the problem.
For the treatment such patient we can use two options:
1. Activation of the adaptive mechanisms of the patient at remained generator
of the determinant system
2. In-activation this generator with the consequent correction of the somatic-vegetative
adaptive reactions.
The second option, without doubt, is preferable.
During the observation and experimentation it was noted, that
at certain way of placing the electrodes we could provoke the contraction of
any group of muscles. We were interested in the first place in the para-vertebral
areas. Action was applied with SCENAR-035-3 in the continuing mode.We discovered
a very interesting property of SCENAR action on the deep laying tissues: the
initial reaction of the muscles - a contraction, later, was replaced by relaxation.
If for the healthy muscle this time was about 5-20c, for the problem muscle
required time was longer, in the proportion to a degree of damage.
Besides, the patients felt irradiating vibration, variable
by depth and direction (apparently, depending on spatial position of the tense
and excited tissues). The sensation was depending on a degree of the damage
in the treated area and in the course of action was considerably diminished.
We have to note, this predictability do not take place on the head, hands, distal
parts of forearms, feet and distal parts of lower legs. We couldn't use this
method in overweight people, due to high isolation properties of the subcutaneous-adipose
tissue. Noted signs (diminishing of the muscle contraction and reduction of
vibration with irradiation) were taken as diagnostic and as criteria for the
duration of the procedure. Influencing on the deep laying tissues, we managed,
as a minimum, to reduce the excitability of hypertonus (i.e. suppress the activity
of the peripheral generator of the determinant system), to bring back to normal
all muscle tone and to increase proprioceptive afferentation from the damaged
segment.
Practically, the result is in disappearance or reduction of
the spastic areas, restoration of the function of SDC and anaesthesia. The method
provides for preliminary diagnostics for the presentation of the muscle hypertonus
with any available way, then, the muscle correction at the level of the engaging
segment. Further tactics for the treatment is according to the generally accepted
method. Then the rehabilitation occurs faster and more effective.
