THE LOCALISATION OF THE ZONES OF TREATMENT WHEN USING THE
REFLEXO-DIAGNOSTIC SET "RISTA-EPD" FOR SCENAR THERAPY ON VEGETATIVE
DYSFUNCTION by Ya.Cherchago
The article outlines the method of localization zones or areas
of Scenar treatment. This method of zones of treatment is applied to the reflex-diagnostic
set of Rista-EPD for Scenar Therapy. Detection of the zones of action with set
"Rista-EPD" is by measuring and analyzing the parameters of electro-conductivity
of the skin according to Nakatani method (or diagnostics Nakatani), interpretation
of the processed results and forming the picture of SCENAR therapy. According
to the chosen meridian treatment (established through scenar therapy and Nakatani
method) and the character of the action on them, a doctor or practitioner may
decide upon the best course of therapy for different conditions and different
individuals. As Cherchago writes; this meridian treatment should then become
the basis of therapy for the patient.
Let's look through this method on example of SCENAR therapy
for the vegetative dysfunction. The regulation of the vegetative functions is
necessary stage in the treatment of the wide range of the diseases. According
to our observations, in 70-80% cases the regulation of the vegetative functions
is enough for gaining stabile treatment effect in the work with pathology, having
in its structure expressive changes in the organs and tissues.
Detection of the zones of action with set "Rista-EPD"
is by measuring and analysing the parameters of electro-conductivity of the
skin according to Nakatani method, interpretation of the processed results and
forming the picture of SCENAR therapy. According to Nakatani method, [6] in
order to change the parameters of electro-conductivity, the direct current with
force of 200mkA and voltage of 12V is applied. The investigation is conducting
in the comfort conditions. The patient is in the horizontal position, in the
state of physical and psychical resting, not earlier then 1,5-2 hours after
the meal. The investigation takes in average not more then 3-4min.
The changes are taking place in the source-points. The parameters,
received from these points, actually characterise the medium electro-conductivity
of the skin areas, corresponding to the external pathways of corresponding meridians.
Processing of these parameters allows receiving linear map-riodaraku. Riodaraku
is traditionally constructed when this method is being used. On the picture
1, there is marked between two horizontal lines the range of allowed, natural
physiological changing of the parameters, so called physiological passage.
The riodaraku map characterises the balance of the vegetative
functions. If the parameters are within the limit of the physiological passage,
the function considers as balanced. If the parameter exceed the higher border
- pathologically risen, where below the lower limit - pathologically reduced.
Besides, the comparison of the parameters in the same meridian on the left and
on the right allows detecting the chiefly side of the damage.
The Riodaraku map allows the receiving of a complex assessment
of the condition of the vegetative functions and discovering among them those,
where the activity is pathologically changed.
There is an accepted Nakatani classification of the meridians
and the basic vegetative functions, which are connected to them, in table (1).
The peculiarity of the offered Nakatani classification of the meridians is their
regulation related to the areas of the skin surface. In accordance to the three-dimensioned
principle [7], the human skin surface can be divided into frontal, sagital,
and horizontal planes in 8 areas:
LUF - left upper frontal
RUF - right upper frontal
LUB - left upper back
RUB - right upper back
LDF - left down frontal
RDF - right down frontal
LDB - left down back
RDB - right down back
Such areas can be set in accordance with the imaginary lines
which will go through them, with differing characteristics of skin electro-conductivity
from other areas. Topography of these lines corresponds to the external pathways
of the Chinese meridians, well known in acupuncture.
The link between the skin surface and corresponded meridians
is on the Table 2.
In this connection, together with the traditionally formed Riodaraku map, the
software of the set "Rista-EPD" produces calculation of the integral
parameters, characterising an medium electro-conductivity. These are the areas
with minimal and maximal medium electro-conductivity of the detected earlier
areas.
Analysis and comparison of these parameters allows detecting
maximum asymmetrical parameters by the medium electro-conductivity. These are
areas with minimal and maximal electro-conductivity. As each area is interconnected
with a group of meridians (look table. 2), the choice for the corresponded pare
of meridians determines another two groups of meridians, which potentially need
the action on them. Analysis of riodaraku in relation to the determined by the
integral characteristics meridians, allows detecting in each group meridians,
where the electro-conductivity is beyond the limit of the physiological pathway.
Exactly these meridians are indicated for the therapeutic action on them.
Table 2
No Marking of the area of the skin Marking of the meridian
Number Marking by Nakatan
Comment: in the table2 corresponded left and right branch
of the meridians in marked by indexes L and R.
If analysis of the medium electro-conductivity do not allow
asymmetrical areas of the skin surface, this points out on balanced vegetative
function of the patient and accordingly small effectiveness of the therapy on
this level.
This sign is also an objective criteria for the correct amount
of therapy in the regulation of the vegetative dysfunction at the repetitive
examination of the patient in the course of therapy.
Some zones for the action on the corresponded meridian are
used, in which the distal group of the points (extremity arms and extremity
legs), point-announcement (front body surface) and sympathetic point (back body
surface) are situated [7]. This schema for the zone choice had recommended itself
good enough on the practise.
According to the chosen for the treatment meridians and the
character of the action on them, a doctor is making a request to the informational-inquiry
programme. According to the request the schema of the treatment is producing
which became a basis for the SCENAR therapy of the patient.
By present time this approach proved its actuality and used
at over 25 state and private institutions in Russia and abroad.
Literature
1. CherchagoA.Ya Application of the set "Rista-EPD" for the localisation
of the zones of the treatment on the skin surface at SCENAR therapy /Comp. "SCENAR-therapy
and SCENAR-expertise", Iss.3, Taganrog 1997 - 75-83p.
2. DenisovaT.V. "Computer diagnostics in SCENAR therapy/Comp. "SCENAR-therapy
and SCENAR-expertise", Iss.3, Taganrog 1997 - 85-87p.
3. LeonovA.V. Rehabilitation of the vegetal-vascular disturbance in children
and adults with usage of TMB-1 and reflexo-diagnostic set "Rista-EPD"/Comp.
"SCENAR-therapy and SCENAR-expertise", Iss.3, Taganrog 1997 - 83-85p.
4. UmyarovP.V. The results of the work of the recovery centre SCENAR therapy
and SCENAR expertise/Comp. "SCENAR-therapy and SCENAR-expertise",
Iss.3, Taganrog 1997 - 46-51p.
5. NoskovaL.B. Treatment of the thyroid gland/ Comp. "SCENAR-therapy and
SCENAR-expertise", Iss.3, Taganrog 1997 - 58-60.
6. Acupuncture. Encyclopaedia "Ukraine Encyclopaedia",AST-PRESS",1994
7. TabeevaD.M. Acupuncture manual. M. Medicine, 1980
