Pulse Metabolic System (version PAS 3221.1exF)
From Pulse-Academy.org
Computerized pulse diagnosis on the base of scientific approach to the Traditional Chinese Medicine Interpretation manual for the Pulse Metabolic system V1.02.14.1 |
Introduction
The human body is a creation of nature and it is therefore, subject to the laws physics. That is why, in order to explain the basis of the computerized pulse analysis, we have to make an excursion into the very root of matter in the world.
Origin of Matter
The developers of the “computerized pulse analytic diagnosis” adhere to the ether theory of matter beginnings – arising of atoms and molecules of chemical elements: Ether is the sole quasi-isotropic, non-compressible and ideally flexible circumstances. It is the initial matter and carrier of the whole energy and processes in Universe (1). The existence of atoms made up of chemical elements is stipulated by power of compression of said ether. When the compression is increased, the space begins to fill up by vortex formations. These vortex formations are places of concentration of ether, where the ether exists by way of closed streams.
In this case, one-way motion of ether particles is the sole mode to compensate increasing pressure and decrease the Brownian (chaotic) part of movement. It is this peculiarity of self–organization that is the second key factor of nature apart from entropy. Self-organization and entropy are two main factors of the physical world like Yin and Yang in Oriental philosophy – all energy processes in the universe are subject to self-organization (capturing the energy and building some matter formations) or to the entropy process (releasing the energy into free form of chaotic movement of ether) (2). The sum of energy in processes of self-organization and entropy is full energy of the universe. A stable (eternal) universal process of self-organization and entropy should hold equal amounts of energy. The lifetime of a single vortex formation is short.
Nevertheless, it is possible to imagine the creation of more complicated formations from single vortexes when sides of inflow and outflow of ether in vortexes will coincide. This aggregation of vortex formation can close the flow of ether in circulation. This way of formation is a principle of creation of particles and atoms of matter world (3). When ether pressure is decreased, the vortex’s formations begin to disintegrate. If pressure decreasing is deeper, all vortex formations decay before the whole matter world disappears. This is the presentation of reactions of vortex formations at changes of ether pressure. In addition, this reaction is a cause of inertia and quantization of energy processes.
Dynamics of chemical reactions
The process of chemical reactions is an organic continuation of the ability of a vortex formation towards self-organization. At this new level, there is a play of geometry of vortex aggregations and their orientation in the space. External pressure of ether is provided by the unique condition of the process of chemical reaction. All these factors predetermine peculiarities of interaction of chemical elements. Relative consistency of ether pressure locally and based on the place in our lives, gives us stability of chemical elements of Mendeleev’s table.
However, the larger the vortex formation, the longer the way of ether flow; thus, a higher ability to split the vortex aggregation into more simple segments under external factors. That is why more heavy chemical elements have peculiarity to decay (radioactivity). From the other side, the ether pressure is submitted to fluctuation and decay of chemical elements and is also changeable (4, 5). Any chemical reaction is accompanied by absorption and tearing away of vortex formations. These vortex formations stipulate quantum conditions of chemical elements. Tearing away and decay of vortex formation is the cause of local compression of ether in the vicinity of atoms and it increases the temperature (exothermic reaction). Capturing off-site vortex formations can cause decompression of ether in the vicinity of the atom and accordingly, the temperature is decreased (endothermic reaction). If the ether pressure is relatively unchangeable, exothermic and endothermic chemical reactions have a stable level in accordance with the current value of ether pressure.
Chemical reactions in organism
It is easy to understand that the human body is a part of nature and it is a result of the same processes that were described above.
Taking into account the peculiarity of self–organization, the human body itself is a giant aggregation of vortex formations with a hierarchical organization of ether flows in closed circulation. We should understand that the “regularity” of ether flows is also a result of prolonged evolution. The more stable ether constructions survived and they created a mechanism of replication like a specific form of genome. From this point of view, the genome has memory of all changes (mainly pressure of the ether) from the very beginning and it is equal to the sense of experience in human life. Oscillation of the ether, stipulates changes of ether flows inside giant ether conglomerates (like our bodies). The flow of the ether becomes a different density alongside the pathway. Areas of high and low pressure arise in the body. Reduced pressure of the ether flow causes prevailing exothermal reactions with irradiation of heat and oxidation processes in tissues. There is process of catabolism in cells and tissues of the body. The destruction of biological structures has a pace (as a rule, more weakened systems are subjected to decomposition). Compression of the ether shifts the chemical balance to the endo-energetic side. There is absorption of heat and reduction processes. Process of anabolism prevails over catabolism, old cells are restoring and new ones grow. Thus, the sole cycle of metabolism arises and anabolic and catabolic phases start eternal alternation. The living process is going at conditions of synchronization of anabolic/catabolic cycles, as between all cells in an organism do with cycles of ether pressure in environment (9).
At the same time, synchronization has active and passive form:
- Passive
- in the course of ether pressure changes – potential managing channels in cell’s membrane;
- Active
- by volitional method on the base of gene-experience information and readings of feedback channels - receptor managing channels in cell’s membrane. (10).
The level of synchronization of cells between them and with environment is the main factor to save the entity of an organism.
Functional systems of organism
Theory and practice of several thousand years of traditional Chinese medicine postulates the definite number of functional systems in organisms and their interrelations. (11, 12).
There are only ten paired main systems:
- Heart – Small Intestine,
- Spleen – Stomach,
- Lungs – Large Intestine,
- Kidneys – Urinary Bladder,
- Liver – Gall Bladder
Such functional dividing, informs us that all cells in the body are divided into ten large groups in accordance with type (anabolism/catabolism) of metabolic activity at an appropriate time on the scale of the living cycle. Therein, we cannot associate cells of definite organs with an appropriate system completely. It is possible only to say, that the majority of the cells of the organ have the same rhythm as an appropriate functional system, but there are a lot of other cells all over the body having the same metabolic rhythm also. From the point of view of metabolic processes, ANY disease can be described by only level of equilibrium between anabolism and catabolism and rhythmic parameters of cells of ten functional systems.
Thus, through the well known cycle of the Five Elements (Wu-Xing cycle) we can interpret in terms of anabolism/catabolism as follows (Fig. 1):
- Fig.1
1. Catabolic activity of Liver promotes catabolic activity of Heart (red arrow), suppresses catabolic activity of Spleen (blue arrow) and Gall Bladder (by principle of inversion). At the same time, Liver promotes anabolic activity in cells of suppressed systems. Catabolism of Heart stimulates anabolism of Small Intestine (inversion).
2. Catabolic activity of Heart promotes catabolic activity of Spleen (red arrow), suppresses catabolic activity of the Lungs (blue arrow) and Small Intestine (by principle of inversion). At the same time, it promotes the anabolic activity in cells of suppressed systems.
3. Catabolism of Spleen stimulates anabolism of Stomach (inversion) and suppression of catabolism in Lungs stimulates catabolism in Large Intestine (inversion).
4. Catabolic activity of Spleen promotes catabolic activity of Lungs (red arrow), suppresses catabolic activity of Kidneys (blue arrow) and Stomach (by principle of inversion). At the same time, it promotes the anabolic activity in cells of suppressed systems.
5. Catabolism of Lungs stimulates anabolism of Large Intestine (inversion) and Urinary Bladder, but catabolism in Kidneys (red arrow). At the same time catabolic activity of Lungs suppresses catabolic activity of Liver (blue arrow).
6. Catabolism of Kidneys stimulates anabolism of Urinary Bladder (inversion), suppresses catabolism in Gall Bladder, but birth catabolism in Liver (red arrow), and suppresses the catabolic activity of Heart (blue arrow)
When waves of activity reach Liver, the metabolic cycle repeats. The scheme of interaction of functional systems from point of view of anabolic activity is the same as it is described above, but the maximum of anabolic activity per each system is shifted at half of the metabolic cycle (180 degrees of phase).
The scheme of interaction of systems can be presented as five quadripole networks, connected as follows (Fig.2). quadripole networks are used as the base element in theories of informatization and automatic control systems.
- Fig. 2
This scheme has two remarkable characteristics:
- Each element in the group has direct connection with all other elements (it is maximum for quadripole network).
- If we imagine that the five quadripole networks represent some flows via five faces of the sole cube in our three-dimensional space, the sixth face must equalize these five flows (in accordance with law of conservation). Therein, the sum of the Five Elements (quadripole networks) is inversion of the sixth Element and these two substances represent relations between Yin and Yang. In addition, the sum of Yin and Yang forms the cube in our three dimensional space as an Element of given space. Two adjoining cubes represent at the same time Yin and Yang, ten functional systems and the structure named as a dipole.
Effect of energy frame
The topography of cells of functional systems in organisms and parameters of ether oscillation at given points of space, determine characteristics of body’s energy frame (13, 14). Therein, the energy frame is a complex of points in the space where density of ether is changing simultaneously. As far as the movement of ether is universal, this unity is manifesting at all levels of the physical fields – thermal, electro-magnetic, acoustic and so on. All these levels are synchronized very precisely. The whole energy of all ether’s manifestations is always equal to absolute energy of ether at given point of space. Amplitude of spectrum of ether oscillation at the point is a measure of energy processes power
Measurable parameters in computerized analytic pulse diagnosis
To determine the oscillation of ether pressure at points of ether, frame acoustic waves are used. Acoustic waves are presented by waves of the human pulse. The human pulse is a folding of ALL energy processes in the body and it has fractal (15) conformity with level of cells. Special procedures and algorithms are used to mine out parameters of metabolic activity of all 10 functional systems from the pulse signal.
Explanation of output data of the Pulse Analysis System
- Fig. 3
Parameters - Section “Metabolic balance”
- Health level
- shows the relative health stability in comparing with statistic measurements of large groups of patients. There are intervals of readings proved experimentally:
- From 0 to 15 % - very hard pathological process;
- From 15 to 30 % - active phase of disease;
- From 30 to 45 % - visible symptoms of disease;
- From 45 to 60% - hidden symptoms of disease;
- от 60 до 80% - health disturbance.
- от 80 до 100% - good stability at given time – if this readings is permanent, we can say about good health..
- Tension
– this indicator shows the total level of metabolic energy in comparison with the average level of healthy condition. Usually, high levels of energy are connected with low quality of synchronization. In this case, functional systems have to maintain high metabolic activity to support required managing energy flows in the Wu-Xing cycle. Cells of functional systems may have high energy level, but the energy is not synchronized properly and work has low efficiency and great deterioration. In this case, the conductivity of the condition is very low and there is lack of electrons. Usually, catabolic activity is presented and the pH indicator has a low level in the blood (acid reaction).
In the case of low level of tension (below 100%), the conductivity of body is increased and it can easily transmit managing signals in Wu-Xing cycle. Usually, low level of energy is associated with high level of electrons (there is high pH indicator – alkaline reaction of blood) and prevailing of anabolic activity in the whole body.
Normal level is 100%.
- Catabolic/Anabolic balance
– these indicators are presented for Yin and Yang systems and show the type of metabolism at common level. If there are readings above zero, the group of systems has catabolism and acid reaction of the blood (low pH), and vice-versa, if the readings are below zero, anabolic processes have a place and alkaline reaction of the blood is presented (high pH).
- TriDosha
– these indicators are an interpretation of Ayurvedic Doshas.
Columns Vata H, Pitta H, Kapha H (H - Heat) indicates level of catabolism. Positive value) or anabolism (negative value) of cells of an appropriate dosha,
Columns Vata F, Pitta F, Kapha F (F - Fullness) indicates a grade of power of metabolism – quantity of cells are taking part in metabolic process.
As a norm Heat (left column) and Fullness (right column) must be opposite relatively zero line. Excess of Fullness should be go at lack of Heat – there is process of anabolism and vice- versa Excess of Heat should go with lack of Fullness.
Unidirectional Fullness and Heat are indicators of pathological asynchronous processes. In case of positive direction there is excessive functionality of an appropriate dosha. In case of negative direction there is excessive damage of dosha.
Balance - Section “Metabolic balance”
- Fig. 4
Diagram “Balance” represents three types of diagrams for each functional system. Readings are represented relatively average health level. The best readings are at zero line. Positive readings show hyperactivity of functional system, but negative readings indicate depression of functionality.
Red line – is level of catabolic activity. When there is indication over the zero line, it is prevailing of catabolic activity over anabolic one; and vice versa - readings below the zero line shows prevalent anabolic activity. At Fig. 4 Lungs and Gall Bladder have the highest catabolic activity and Heart and Spleen are in relatively maximal anabolic condition.
Green line – is level of chaos. We make supposition the excess of chaos is more damaging parameter and it is more reasonable to associate it with negative readings. Thus, at Fig 4, the system with the most highest level of chaos is Spleen (the most negative reading). Nevertheless assumption that absence of chaos is always positive sign – in this case the functional system is isolating of mutual interaction and this fact can destroy the holism of the body. Thus, the proper balance between chaos and order must be maintained. Only at balance the body can save the unity of functionality and to be sensitive to environment – at high level of inner order systems become less sensitive to external influence.
Purple line – is level of general energy of anabolic and catabolic processes. This line shows relative quantity of energy at appropriate system. High level means so-called fullness (in traditional Chinese medicine) and low level manifests emptiness. Fullness is indicator of power of cell’s oscillation at given functional system. At Fig. 4 Gall Bladder and Stomach have the highest level of energy (fullness), but Small Intestine suffers of lack of metabolic oscillations.
Note It should be understandable when Fullness level prevails Heat level – it is a sign of tissue hypoxia at functional system and it threatens with tumors, virus infections and contamination of liquids in organism. At high level of Heat and Fullness the functional system is relatively hyperactive and it makes damages to other systems in accordance with laws in Wu-Xing cycle. Lack of Heat and Fullness indicates total depression of given functional system. Excess of Heat at low level of Fullness may starve the functional system and may harm cells structures (oxidative stress, bacterial infections).
Wu-Xing cycle - Section “Metabolic balance”
- Fig. 5
Fig.5 represents the Wu-Xing diagrams of parameters Heat, Fullness, Entropy. Damage is arithmetic mean of first three parameters. With help of Wu-Xing diagram it is easily to evaluate interaction between functional systems and find the cause of disease. For example, at Fig. 5 we can see excess of catabolic activity in Lungs and Gall Bladder. At the same time minimal catabolic activity Spleen and Heart have. In Accordance with law of Wu-Xing, Heart is under contra suppression of Lungs and decreased direct suppression of Kidney (it is tension of Heart), Lungs can not transmit catabolism to Kidneys (it is stagnation in Kidneys), Spleen catabolism is starving under excessive catabolism in Lungs, Liver withstand to suppression by Lungs and it have to suppress Spleen and elevate the grade of anabolism in Spleen. Under such circumstances the most damaging system is Spleen, then, Heart and Kidneys and Lungs and Liver are powerful systems. The damage of Spleen arises owing to imbalance of ALL systems. To get proper correction we should remove damaging factors at Spleen and tension in Heart and Kidneys. Thus, the main treatment method at given situation is to find effective remedy to strengthen Heart and Kidneys. By the way, we have presented here the case of diabetes.
In this example, everybody can understand why it is very important to learn the Wu-Xing cycle. It gives creative freedom to treat the patient very personally, trace the result of therapy and change it dynamically in accordance with changes in the patient and environment.
Other Wu-Xing diagrams (Fullness, Entropy, Damage) are also considered in accordance with Wu-Xing laws.
Summary - Section “Metabolic balance”
- Fig. 6
The Summary is a table of parameters we have learned before. Volumes of parameters may be sorted to evaluate relative ranks of functional systems. At Fig. 6 volumes are sorted by “Damage” parameter.
Report - Section “Metabolic balance”
Report button allows one to print output diagrams. In addition, it is possible to export the data into a graph file.
Section “Statistics”
- Fig. 7
Statistics shows dynamic changes of parameters per each of the ten functional systems during several measurements of pulse diagnosis. It is easy to evaluate the grade of health problems and to watch influences of treatment methods. To select desired measurement, use function “Mark” and press button “Stat.”. If we will select only one measurement, all diagrams are drawn in a way like the second measurement is the same as first one.
Four types of diagrams are calculated per each parameter of ten functional systems:
Entropy (Fig. 8)
- Fig. 8
In this case, we have levels and fluctuation of entropy (chaos). The less entropy has more positive values, the more entropy is negative. At Fig. 8 we can see maximal entropy in Spleen and Kidneys. The less entropy is in Lungs and Large Intestine.
- Finding of consistency of mutual disposition is the main aim of the analysis. The more consistent parameter at maximal or minimal values, the more probability of pathology is in appropriate functional system
Fullness (Fig. 9)
- Fig. 9
Fullness indicates the power of a cell’s oscillation. From the point of view of energy, it means that systems with higher levels of fullness have more quantity of energy in a given functional system. The quantity of energy is depending on the amplitude of the metabolic cycle, the quantity of working cells and the grade of synchronization with other functional systems.
In the case at Fig. 9, fullness of Stomach (solid yellow line) and Gall Bladder (solid green line) has the highest relative level of Fullness. In other words, the cells of Stomach and Gall Bladder energy more then other systems and they will influence at other functional system at more higher grade.. On the other hand, fullness of the Small Intestine and Kidneys has the lowest value. It means that Small Intestine and Kidneys have deficiency of vital energy. The best disposition of lines is at zero axis.
Heat (Fig. 10)
- Fig. 10
This diagram indicates the grade of catabolic processes. At Fig. 10 There is visible excess of catabolism in Lungs and Gall Bladder and deficiency of catabolic processes at Spleen and Stomach. When we treat a patient we should make efforts to shift metabolism to the zero line
The best disposition of lines is near zero axis.
Damage (Fig. 11)
- Fig. 11
The diagram “Damages” (Fig. 11) is arithmetic mean of parameter “Entropy”, “Fullness” and “Heat”. This diagram may be used for evaluation of systems that require more attention.
The more value of damage is, the more attention to this system we should pay. At the Fig. 11 there are systems: Lungs, Spleen, Heart, Kidneys, Small Intestine require our attention.
Report, printing
- Fig. 12
Report button allows one to print output diagrams. In addition, it is possible to export the data into a graph file (red arrow at Fig. 12).
Additional tools
- Fig. 13
To reach additional tools place cursor at registered entry and click on it by right button of your mouse. You will see the menu as it is shown at Fig. 13.
There functions as follow:
- Paste from buffer – paste copied pulse data to archive of a patient;
- Paste from file – paste pulse data from files exported from other archive;
- Copy to buffer – copy pulse data into buffer and paste it in other place;
- Copy to file – copy pulse data into file to bring it to destination by any method;
- Flow Analysis – calculation of section “Metabolic balance”;
- Flow statistics – calculation of section “Statistics”;
- Correlation analysis (Fig. 14)
The result of the Correlation Analysis is a ranked list of correlations with assigned database of medicine or treatment method. Any medicine or treatment method has a profile of action to all 10 channels.
- Fig. 14
Calculation is made for two types of correlations:
1. Correlation with diagnosis – calculate simple correlation without taking into account possible contradictions, which can worsen health state,
2. Efficiency – calculate correlation without contradictions.
On the right side of the window, there is the list of sorted objects in accordance with their rank in correlation table. The most suitable objects are placed at first lines of the list (Fig. 12). The border of “grey lines” limits the level of assigned correlation. In our example, it is 10%. When the mark “Heat enable” is ON, the calculation is made by parameter “Heat” as we have mentioned before, otherwise the parameter “Fullness” will be used.
Each medication or treatment has an appropriate description (Fig. 15)
- Fig. 15
You may print the result of correlation analysis when you’ll click on right list with right button of the mouse. Here are also functions of sorting the list by Name, Efficiency, Correlation and possibility to take other source to calculate correlation. These sources are created in cooperation with customer on the base of relevant information.
- PAS Analysis – research part of pulse analysis software;
- Export MS data – export of main parameters of pulse analysis from the software to use it in other expert systems.
Bibliography
1. Bourabai Research Private Bourabai Research Institution on Integration of New Information Technologies Post. Box 18, Borovoye, Aqmola obl., 476433, Kazakhstan. Phone / fax: +7 31630 71781 http://bourabai.narod.ru/
2. Galimov E.M. “Life phenomenon. Origin and principles of evolution.” Moscow. ISBN 5-354-01143-4
3. Rodionov V. G. «Place and role of Universe ether in true table of D.I. Mendeleev». The article is published in scientific journal JRFM of Russian Physicist Society (JRFM, 2001, №1-12, p. 37-51.)
4. Tereshkova S. G. «Regularity of chemical cyclic law», On the materials “Cycles” of IV International conference of state Noth-Caucasian Technical University, 2002.
5. S.E. Shnol, V.A. Kolombet, E.V. Pozharsky, T.A. Zenchenko, I.M. Zvereva «Embedding of discrete conditions during fluctations in macro processes» Progress of Physical Science, volume 168, N 10 (October 1998).
6. A.G.Parhomov, E.F.Maklayev «Research of rhythms and fluctuations at prolonged measurements of radioactivity, frequency of quartz resonators, noise of semiconductors, atmospheric temperature and pressure» «Physicist’s Ideas of Russia», №1, 2005.
7. Georgy Lahkovsky «La Cabale: histoire d'une découverte, l'oscillation cellulaire” Publication of Gaston Doin et Cie, Paris.
8. G.U. Reznichenko "Lectures of mathematic models in biology" Moscow, Publishing house “Regular and Chaotic Dynamics”, 2002.
9 L.V. Lvova, Ph. MD «Rhythms of Life, journal «Provizor» № 1’2003.
10 A.G.Kamkin , A.A.Kamensky «Fundamental and clinical physiology» Moscow, Academy, 2004.
11 V.L. Kochetkov «Causes of diseases and way of thinking in medicine of systems»
http://www.medlinks.ru/sections.php?op=listarticles&secid=74,
http://bookap.by.ru/okolopsy/kochetkov/gl6.shtmб
http://medicinskaya-enciklopediya.info
12 A. U. Kuzmin
«Strategic conception if medicine»
http://union.kz/ru/relax/china/zdor/pda.shtml,
http://daofanshu.narod.ru/stati/med/strateg.htm,
13 S.P. Sitko, L.N. Mkrtchan «Introduction into quantum medicine», Kiev, Pattern, 1994
14 Physics of the Alive, volume.6 (1998), №1, the whole issue.
15 Zeldovich YA.B., Sokolov D.D. «Fractals, conformity, intermediate dimension» Progress of Physical Science, 1985. -volume. 146, №3.
