RU2246253C1 - Method for electropuncture diagnostics of human state - Google Patents

Abstract

FIELD: medicine, reflexodiagnostics.

SUBSTANCE: one should affect with electric current upon skin sections being the projections of biologically active Su-points of 12 paired belle-meridians. One should measure electroconductivity of these points, detect average arithmetic electroconductivity, determine functional activity of a meridian against a norm corridor. While studying Su-points of belle-meridians at both wrists one should affect the following biologically active points: A9, I11(7), E11(6), L3(5), D3(5), H10, B1(3), J6, F5, C35, K32, G69(68). At measuring Su-points of belle-meridians at one wrist one should apply for right-handed meridians Su-points located at a forefinger and the third finger, and for left-handed meridians - those located at little finger and the fourth finger. One should detect average absolute difference between electroconductivities of right- and left-handed meridians, detect activity for each meridian being an average value of absolute differences between the value of electroconductivity of the given meridian and values of electroconductivities of all the rest ones. One should detect the value for activity of all meridians, calculate individual norm corridor (INC) and plot it at the graph for each meridian. Then one should plot the health graph, detect functional activity of a meridian, calculate relative activity of every meridian, detect psychological peculiarities of a person based upon the analysis of meridians' state.

EFFECT: shortened terms of diagnostics, increased accuracy of prediction.

4 dwg, 1 ex, 1 tbl

Description

The invention relates to reflexology and can be used in medicine and in psychology.

For diagnosis, symmetric biologically active points (BAP) of the byol-meridians located on the hands are used. Applying a constant electric current not exceeding 10 μA for 3 - 5 s on the skin areas that are projection zones of these points, measure the relative electrical conductivity of these zones. According to the obtained measurement indicators, the state of the meridians, reflecting the functional state of the basic systems of the body, is calculated, the psychological characteristics of the person’s personality are determined.

A known method of electropuncture diagnostics, which allows you to measure electrical conductivity in certain areas of the skin using low currents (RF patent No. 2180516, MKI 7 A 61 V 5/05, application. 05/14/1998).

With this method, a current value of up to 10 μA is used. The exposure time for the BAT is from 3 s to 15 s to obtain stable performance on the device.

It takes into account the mutual influence of physiological processes and the psychological state of a person, allows you to determine the psychotype of a person and for each person to calculate their limits of the physiological corridor of the norm.

However, this diagnostic method has several disadvantages.

Firstly, this method uses BAT located on the extremities of the arms and legs, which does not provide sufficient examination comfort and increases the time required to conduct it.

In addition, when measuring the BAP electrical conductivity on the extremities of the legs, one should always take into account the possible distortion of the measurement results associated with the features of the skin of this area due to wearing shoes (sweating, skin irritation, microtrauma, etc.).

Secondly, when calculating the limits of the normal range (CN), absolute differences between the electrical conductivities of only neighboring meridians in the daily cycle of energy circulation (between the previous and the next) are taken into account and the rest (for example, between the lung meridian (P) and the stomach (E) are not taken into account , between the meridian of the large intestine (GI) and the gallbladder (VB), etc.). All meridians are functionally interconnected and the value of KH should depend on all absolute differences between all measured values.

Thirdly, with this diagnostic method, the state of the meridian is judged by the deviation of its measurement indices from the total SC and is not taken into account that in this corridor each meridian has its own normal range. For example, for the lung meridian (P), the individual normal range (TSC) will be the upper half of the total SC and the location of the measurement indicators in the lower part of the SC will mean a decrease in the function of this meridian. Such a conclusion about the necessity of identifying ICN for each meridian and assessing the functional state of the meridian in relation to it is based on the statistical processing of three thousand people of different age categories.

The closest in technical essence to the claimed method is a method of electropuncture diagnostics according to the patent of the Russian Federation No. 2203617, MKI 7 A 61 5/05, application. 02/27/2002.

This method of examination is also safe and does not cause a negative impact on the energy information structure of a person, but it has several disadvantages.

This method does not take into account the psychological characteristics of the subjects and the influence of their psycho-emotional state on the measurement indicators, and this leads to an erroneous understanding of the results and reduces the objectivity of the method.

In addition, this method uses fixed limits of the normal range - 10 units of measurement up and down from the average conductivity of the measured BAT.

A statistical analysis of the results of electropunctural testing of people of different age categories showed that children and young people not only have higher average electrical conductivity (arithmetic average of the measured values), but also a wider normal range. And in elderly people or those who have had long-term illnesses, on the contrary, the average electrical conductivity is lower and the corridor is normal.

The use of this diagnostic method for measuring points of the white meridians located on the hands gives the examination procedure comfort. But, measuring five points on each meridian (120 points in total), it is impossible to carry out the procedure quickly, which reduces the throughput of this method.

The objective of the invention is to develop a method of electropunctural diagnosis of a person’s condition, providing an increase in its speed and reliability of diagnostic results due to more complete mathematical processing of the measured values and determination of psychological characteristics of a person.

The problem is solved in that in a method of electropunctural diagnostics of a person’s condition, including exposure to an electric current of up to 10 μA on areas of the skin that are projections of biologically active Su-points of twelve paired byel-meridians, measuring the electrical conductivity of these points, determining the arithmetic average electrical conductivity, determining functional activity of the meridian, taking into account the normal range, according to the invention when examining the Su-points of the byol-meridians on both hands they follow biologically active points (BAP): A9 - lung meridian (P), I11 (7) - pericardial meridian (MS), E11 (6) - heart meridian (C), L3 (5) - liver meridian (F), D3 (5) - pancreatic meridian - spleen (RP), NU - kidney meridian (R), B1 (3) - large intestine meridian (GI), J6 - triple heater meridian (TR), F5 - small intestine meridian (IG) ), C35 - the meridian of the stomach (E), K32 - the meridian of the gallbladder (VB), 069 (68) - the meridian of the bladder (V), and when measuring the Su-points of the byol-meridians located on the same hand, use the right meridians Su points, located lying on the index and middle fingers, and for the left meridians use Su-points located on the little finger and ring fingers, determine the average absolute difference between the electrical conductivity of the right and left meridians, determine for each meridian its activity, as the average value of the absolute differences between the electrical conductivity the given meridian and the electrical conductivities of all other meridians, determine the activity value of all meridians, use an individual normal range (TSC), calculated as half the sum of the activity values of all meridians and the average absolute difference between the electrical conductivity of the right and left meridians, conduct corrective calculations for the electrical conductivity of the pancreatic meridians - spleen (RP), liver (F), gall bladder (VB) and bladder (V ), note on the graph for each of its TFI meridian, build a health graph by combining all measured indicators, determine the functional activity of the meridian by comparing its measured values to its TSC, calculated relative to the activity of each meridian and determine the level of mental stress and psychological characteristics of the person based on the analysis of the meridians states.

The advantage of this diagnostic method over the prototype is its high throughput, increasing the reliability of diagnostic results by more accurately determining the width of the norm corridor, which depends on the individual characteristics of the person, determining the functional state of the meridian based on a comparison of measured values to the selected individual norm corridor, as well as determining psychological characteristics.

The method is as follows.

To diagnose a person’s condition, 24 Su-points of the byol-meridians discovered by Dr. Park Jae-U, located on the index and middle fingers of the hands are used [Pak Ji-Wu “Guide to Su Jok (wrist and foot) acupuncture”. Moscow ed. The Printing House, 1993].

The examination procedure consists in instrumental measurement of the skin areas, which are projection zones of symmetrical biologically active Su points, and only one point is measured on each byol-meridian.

The measured BAT of the byol-meridians have the following correspondence with the classical meridians: A9 - lung meridian (P); I11 (7) - pericardial meridian (MS); E11 (6) - heart meridian (C); L3 (5) - liver meridian (F); D3 (5) - meridian of the pancreas-spleen (RP); H10 - kidney meridian (R); In 1 (3) - large intestine meridian (GI); J6 - triple heater (TR); F5 - small intestine meridian (IG); C35 - stomach meridian (E); K32 - the meridian of the gallbladder (VB); G69 (68) - meridian of the bladder (V). The indicated numbers of points in brackets are substitute and are used if it is impossible to measure on the main ones (cicatricial changes, skin irritation, high activity of sweat glands, etc.).

If it is impossible to take measurements on two hands (lack of one limb of the hands or fingers used for diagnosis), and also in order to expedite the procedure, BAT bel-meridians located on the same hand can be used within this method. The universal correspondence system developed by Dr. Park Jae W. is used as the basis for selecting points for diagnosis on one arm. According to this system, the middle and ring fingers correspond to the legs of the person and the belle-meridians flowing through them correspond to the classical foot meridians, and the index and little fingers correspond to the hands and Bel-meridians flowing through them, corresponding to manual meridians. To determine the functional activity of the right meridians, Su points located on the index and middle fingers of one brush (described above) are used, and for the left meridians, Su points located symmetrically on the little finger and ring finger of the same brush are used.

After the determination of the Su-points, they act with a constant electric current of up to 10 μA on the areas of the skin that are the projection zones of these points and measure the relative electrical conductivity of these zones.

The measurement can be carried out by any device designed for reflex diagnostics, in which a measuring direct current of up to 10 μA is used. In this case, a digital measuring device for electropunctural testing was used, which contains active and passive electrodes, a power source, and a measurement unit.

The active electrode is made in the form of a tip with a diameter of 2 mm, and the passive one in the form of a plate. The active electrode is applied with a tip to the area of the skin where the BAP is located and pressed, while the passive electrode is held by fingers in the opposite hand at this time. The pressure strength of the active electrode depends on the thickness of the skin in the area of measurement and should be in the range from 600 to 1400 g / cm ² . Measurement is carried out until a stable digital indicator appears on the instrument panel. If necessary, the measurement can be repeated. Before measuring, wet the tip of the active electrode with water. If excessive sweating is detected on the studied area of the skin (mainly the palmar surface), it is necessary to dry it with a paper towel, and then make a measurement.

After that, with the measured values, mathematical calculations are made, the results of which quantitatively reflect the state of the person.

1. Find the arithmetic average of all the results of instrument measurement:

2. The average value of the absolute differences of the measured values between the right and left meridians:

3. For each meridian, we find the activity value as the average value of the absolute differences between the electrical conductivity of a given meridian and the electrical conductivities of all the others:

4. We find the activity value of all meridians:

5. The value of the individual standard corridor:

6. As a result of statistical processing of three thousand people, it was found that in the pancreas byol-meridians - spleen (RP) and liver (F), the average electrical conductivity is overestimated compared to the others by an amount equal to TSC *, and the average electrical conductivity of the bladder meridians ( V) and gallbladder (VB) are underestimated by the same amount. In this regard, we make an adjustment, after which the average conductivity line for all meridians will be at the same level, which will greatly simplify the construction of a health schedule and its analysis.

7. Due to the fact that after the correction the absolute differences between all measured indicators change, it is necessary to find the activity value for each meridian again:

8. Next, we find the activity value of all meridians:

9. We find an individual standard corridor:

10. Using the previous calculations, we depict the health graph on the working field of the diagnostic card (see figure 1):

a) draw a horizontal line “A” through the entire working field, corresponding to the average conductivity;

b) we postpone the value of the TIN from the line “A” up and down and draw two more horizontal lines, marked respectively as lines “B” and “C”;

c) note for each TSC meridian, and for centrifugal meridians (lungs (P), stomach (E), heart (C), bladder (V), pericardium (MS), gall bladder (VB)) - this is the area from the line “A” to the upper horizontal line “B”, designated as “D” on the graph, and for centripetal meridians (large intestine (GI), pancreas - spleen (RP), small intestine (IG), kidneys (R), triple heater (TR), liver (F)) - this is the area from line “A” to the bottom line “C” (zone “-D”);

d) we transfer the measured values of the electrical conductivity of the right and left meridians to the working field and, combining them with each other, we obtain a health graph “E”.

d) connecting all “D” and “-D” zones in one line, respectively, along the upper and lower boundaries, we obtain the line of the functional absolute norm “F”, which has the form of a sinusoid.

11. By the ratio of measured values to TSC for each meridian, its functional activity (FA) is revealed.

For centrifugal meridians, the function is considered:

a) in the norm (N), if

b) overestimated (↑) if

c) greatly overestimated (⇑) if

d) underestimated (↓) if

), если

e) greatly underestimated (

), if

For centripetal meridians, the function is considered:

a) in the norm (N), if

b) overestimated (↑) if

c) greatly overestimated (⇑) if

d) underestimated (↓) if

), если

e) greatly underestimated (

), if

12. We find for each meridian relative activity:

13. The final state of the meridian is determined on the basis of a combination of indicators of functional activity (FA) and relative activity (OA%)

) и его абсолютное значение относительной активности больше или равно двадцати пяти (|ОА|≥25%), тогда состояние меридиана определяется как изменение функциональной активности в сторону увеличения или снижения, в зависимости от характера отклонения. Например: если функциональная активность меридиана легких (Р) сильно снижена (

) и ОА(Р)=+30%, тогда состояние меридиана будет еще сильнее снижена (

↓)If the meridian has a deviation in functional activity (↑, ⇑, ↓,

) and its absolute value of relative activity is greater than or equal to twenty-five (| OA | ≥25%), then the state of the meridian is defined as a change in functional activity in the direction of increase or decrease, depending on the nature of the deviation. For example: if the functional activity of the lung meridian (P) is greatly reduced (

) and OA (P) = + 30%, then the state of the meridian will be even more reduced (

↓)

14. The values reflecting the energy balance of the human system are calculated separately according to YIN-YAN, on the right and left side. The calculation is based on finding the sums of electrical conductivities and comparing them with each other in percentage terms.

Man is a holistic system in which the psychic and physiological level are inseparable. This diagnostic method allows to determine the general neuropsychic stress, some psychological characteristics of the personality and their influence on physiological processes in a person based on the state of meridians.

), тогда эти нарушения характеризуются в основном как проявления психоэмоционального характера, вызывающие функциональные отклонения в системах организма (патофизиологические изменения) или предрасположенность к заболеванию. Если состояния меридианов определяются как максимально завышенные (⇑↑) или максимально сниженные (

↓), то это означает наличие выраженных отклонений в психоэмоциональной сфере человека и патоморфологических изменений, требующих медицинского вмешательства.If the state of the meridian is determined as reduced (↓), or too high (↑) or too high (⇑), or greatly reduced (

), then these disorders are characterized mainly as manifestations of a psychoemotional nature that cause functional deviations in the body systems (pathophysiological changes) or a predisposition to the disease. If the conditions of the meridians are defined as the highest (⇑ ↑) or the lowest (

↓), then this means the presence of pronounced deviations in the psycho-emotional sphere of a person and pathomorphological changes requiring medical intervention.

Dependencies between the pathological condition of the meridian and possible manifestations of a psychological nature are presented in table. No. 1.

Table No. 1 Mer.

+ ⇑;
-

Possible causes of neuropsychic stress R ⇑ Touchiness; excessive firmness in their beliefs; stubbornness

Reduced interest in learning new things; suspiciousness; pessimism; uncertainty Gi ⇑ Excessive perseverance; selfishness; irritability

Fear of expressing oneself; stinginess; lack of joy E ⇑ Self-flagellation; rejection of current events, people; irritation; conviction

There is not enough flexibility in the perception of the world; disbelief in oneself RP ⇑ Disorganization; fussiness; impatience excessive thinking

Passivity in the analysis of current events; criticism of others; gloom FROM ⇑ Emotional experiences; boastfulness; desire to do everything yourself

Lack of self-love; fear of the future; indecision; decreased interest in life IG ⇑ Anxiety; impulsiveness; haste in decisions; no stability at work

Insufficiently analyzed internal sensations, thoughts; carelessness V ⇑ Lack of flexibility in behavior; when difficulties arise, the manifestation of aggression

Passive avoidance of problems; anxiety; dependence on others; uncertainty R ⇑ Pressure on the will of others; hard insistence; increased integrity

Giving your free will to people, circumstances; pliability; fear; uncertainty MS ⇑ Emotional instability; emotion talkativeness; incredulity

Lack of warmth; isolation; laziness; passivity TR ⇑ Excessive willpower; desire to prove one’s case; dissatisfaction with oneself

Passivity in changing oneself; their negative qualities; apathy for the new; indifference Vb ⇑ Stubbornness in their beliefs; short temper; restlessness; pride; greed

Suppressed anger; lack of perseverance; uncertainty F ⇑ All energy is aimed at changing external events, the desire to control everything

Avoiding problems, reality; desire not to lean out; dissatisfaction with life

If, when analyzing the states of meridians, it turns out that there are functional disorders in four or more meridians, this means that this person is in a state of anxiety, and deviations in 7–9 meridians reflect the level of increased anxiety (after a recently experienced traumatic situation), and at the same time in 10-12 meridians determine the state of stress.

In addition, this method of examination allows you to evaluate some cognitive mental processes of the person, namely, to determine the coefficient of consciousness, which means the person’s ability to objectively perceive the surrounding reality or to fully and clearly understand (thinking), feel (feelings) and accept (will) the processes occurring around , phenomena.

The coefficient of consciousness is determined separately for each component:

a) for the first (thinking), it is calculated as the ratio of the sum of the electrical conductivities of the meridians of the lungs (P) and the stomach (E) to the sum of the electrical conductivities of the meridians of the large intestine (GI) and the pancreas - spleen (RP)

b) for the second (senses) - as the ratio of the sum of the electrical conductivities of the heart meridians (C) and the gallbladder (VB) to the sum of the electrical conductivities of the small intestine (IG) meridians and the liver (F)

c) for the third (will) - as the ratio of the sum of the electrical conductivities of the meridians of the bladder (V) and the pericardium (MS) to the sum of the electrical conductivities of the meridians of the kidneys (R) and a triple heater (TR)

Next, the general indicator of the coefficient of consciousness is determined as the average value of the previous calculated values.

If the coefficient of consciousness is less than or equal to zero, then it is considered that consciousness or its component is closed, and this person with a high level of subjectivity perceives what is happening around. This should be taken into account when communicating with a person, and depending on the values of these indicators, as well as the revealed general level of psychological stress and psychological deviations, make a conclusion and give recommendations.

This method of objectively determining the psychological characteristics of a person was carried out on one thousand people who have deviations in the intellectual and emotional-volitional personality spheres, recorded by medical-psychological-pedagogical commissions. The conclusions of these commissions were fully confirmed by the results of this method.

Figure 2 and figure 3 presents health graphs constructed on the basis of this method and which reflect the functional state of the meridians of two people with different psychophysiological characteristics. Figure 2 shows a graph of the physiological state of a patient with acute inflammatory kidney disease. It shows a strong energy burst “G”, which was obtained due to the high measured electrical conductivity of the meridian of the kidneys (R) along the right and left branches, indicated by the segment “H”. Comparing the location of the segment “H” to the line of average electrical conductivity “A”, which is the upper boundary of the TSC of the given meridian (zone “-D”), we conclude that the function of the kidney meridian (R) is overstated. In addition, the electrical conductivity of the meridians of the heart (C), pancreas - spleen (RP) and pericardium (MS), respectively indicated by the segments as “I”, “J”, “K”, have deviations down from the lower border of the ICN, which means decreased function of these meridians. Indices of electrical conductivity of the stomach meridian (E), conventionally shown by the segment “L”, are located above the upper boundary of the TSC (zone “D”). This reflects an overestimation of its function. For other meridians, the measured indices are within the TSC and determine the state of the functional norm. Thus, in the direction and degree of deviation of the measured parameters from the TSC, it is possible to judge the functional state of each meridian. When analyzing the health schedule, one must pay attention to the relative position of the measured indicators of all meridians in order to identify the primary and secondary functional disorders. For the above example, based on the eastern theory of U-SIN, the primary is the high functional activity of the kidney meridian (R), which caused inhibition of the function of the heart meridian (C), pancreas - spleen (RP) and pericardium (MS), which led to increased activity of the stomach meridian (E).

This patient, at the time of the examination, also experienced increased neuropsychic stress, which was objectively confirmed by the results of the examination and reflected the nature and degree of disturbances in the meridian system.

Figure 3 shows an example of a relatively healthy person having minor deviations in individual meridians and at the same time, his health graph “E” practically coincides with the line of functional absolute norm “F”.

For the presented method of electro-puncture diagnostics, a diagnostic card has been specially developed that allows you to manually calculate and record in the tables all the parameters listed above and display a health graph (see figure 4), as well as a software package for assessing the psychophysiological state of a person and the level of personality development “Crystal” (ver.1.0) ”, expanding the mathematical capabilities of the method and accelerating the process of examination and processing of measurement results by several times. (certificate of official registration of the computer program No. 2003612586 of 11/27/2003).

Consider in detail a specific example of the use of the method.

Example 1

Patient P., born in 1949, was examined on May 7, 2003. The survey data and calculated values are given in the diagnostic map (see figure 4).

1. The arithmetic average of all measurement results: Es = 28.12

2. The average value of the absolute differences of the measured values between the right and left meridians: PL = 3.58

3. The values of activity for each meridian:

A * (P) = 7.23, A * (GI) = 6.77, A * (E) = 10.77, ..., A * (F) = 6.13

4. The value of the activity of all meridians: Ac * = 8.74

5. The value of the individual standard corridor: TSC * = 6.16

6. The measured conductivity for the meridians RP, F, V, VB after adjustment:

Ep (RP) = 13.8; Ep (F) = 18.8; Ep (V) = 31.2; Ep (VB) = 28.1;

El (RP) = 12.8; El (F) = 18.8; El (V) = 32.2; El (VB) = 35.2;

7. The values of activity after adjustment:

A (P) = 8.37, A (GI) = 8.47, A (E) ⁼ 10.77, ..., A (F) = 11.13

8. The value of the activity of all meridians: Ac = 10.69

9. The value of the individual corridor of norm: TSC = 7.13

10. Using the calculated values of the average electrical conductivity (ES), the individual normal range (TCR) and the measured values of electrical conductivity after adjustment, a health graph is displayed on the working field of the diagnostic card.

); меридианы поджелудочной железы - селезенки (RP), перикарда (МС) и печени (F) - имеют сниженную функциональную активность (↓); функция меридиана тройного обогревателя (TR) - завышена (↑), у остальных - функциональная активность в пределах нормы (N).11. The functional activity of each meridian is determined by the ratio of the measured values to the individual corridor of norm: the function of the kidney meridian is greatly overestimated (⇑), the heart meridian (C) is greatly reduced (

); pancreatic meridians - spleen (RP), pericardium (MS) and liver (F) - have reduced functional activity (↓); the function of the meridian of the triple heater (TR) is overestimated (↑), the rest have functional activity within normal limits (N).

12. Relative activity for each meridian:

OA (P) = - 2l.7%, OA (GI) = - 20.8%, OA (E) = + 0.75%, ..., OA (F) = + 4.06%

13. The final state of the meridians:

); функция меридиана печени (F) - снижена (↓), а тройного обогревателя - завышена (↑). Остальные меридианы находятся в состоянии физиологической нормы.renal meridian (R) has a maximally high functional deviation (↑ ↑); pancreatic meridian functions - spleen (RP), heart (C), pericardium (MS) - are greatly reduced (

); the function of the liver meridian (F) is reduced (↓), and the triple heater is overestimated (↑). The remaining meridians are in a state of physiological norm.

14. Energy balance:

the sum of the electrical conductivities of YIN - meridians = 312 (46.2%),

the sum of the electrical conductivities of the NW - meridians = 362 (53.8%)

the sum of the electrical conductivity of the right meridians = 335 (49.6%),

the sum of the electrical conductivities of the left meridians = 340 (50.4%)

Psychological characteristics of personality

a) the general level of neuropsychic stress is within the limits of anxiety, because revealed functional abnormalities in six meridians;

b) the coefficient of the mental component of consciousness: Kcm = 1.75

coefficient of the sensory component of consciousness: Ksch = 1.11

coefficient of the volitional part of consciousness: Ksv = 0.75

coefficient of disclosure of consciousness (general indicator) Krs = 1.2

The volitional part of consciousness is closed (Ksv <1). This means that this person does not accept many ongoing processes, events (negative psycho-emotional reaction);

c) according to the state of the meridians - the most overestimated deviation was detected in the meridian of the kidneys (R). From the table. No. 1 we learn that he has a tendency to put pressure on the will of another person, to harshly insist on his own, to increased integrity.

These deviations of a psychoemotional nature significantly affect physiological processes and cause disturbances in the body systems listed above.

Claims (1)

A method for electropunctural diagnostics of a human condition, including exposure to an electric current of up to 10 μA on the skin areas that are projections of biologically active Su-points of twelve pair of white meridians, measuring the electrical conductivity of these points, determining the arithmetic mean conductivity, determining the functional activity of the meridian taking into account the normal range , characterized in that when examining the Su-points of the byol-meridians on both hands affect biologically active points (Bat ): A9 - lung meridian (P), I11 (7) - pericardial meridian (MS), E11 (6) - heart meridian (C), L3 (5) - liver meridian (F), D3 (5) - pancreatic meridian glands - spleen (RP), H10 - the meridian of the kidneys (R), B1 (3) - the meridian of the large intestine (GI), J6 - the meridian of the triple heater (TR), F5 - the meridian of the small intestine (IG), C35 - the meridian of the stomach ( E), K32 - the meridian of the gallbladder (VB), G69 (68) - the meridian of the bladder (V), and when measuring the Su-points of the byel-meridians located on the same hand, for the right meridians use the SU-points located on the index and average palm ah brush, and for the left meridians use Su-points located on the little finger and ring fingers, determine the average absolute difference between the electrical conductivity of the right and left meridians, determine for each meridian its activity, as the average value of the absolute differences between the electrical conductivity of this meridian and the electrical conductivity all other meridians, determine the activity value of all meridians, use the individual normal range (TSC), calculated as half the sum of the value the activity values of all meridians and the average absolute difference between the electrical conductivity of the right and left meridians, conduct corrective calculations for the electrical conductivity of the pancreatic meridians - spleen (RP), liver (F), gallbladder (VB) and bladder (V), are marked on the graph for each meridian of its TFI, they build a health graph by connecting all measured parameters, determine the functional activity of the meridian by comparing its measured values to its TFI, calculate The level of neuropsychic stress and psychological characteristics of a person are determined by the active activity for each meridian based on the analysis of the states of meridians.

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