THE BIOENERGETIC FIELD

« THE BIOENERGETIC FIELD «The microbe is nothing, the field is everything» «Before trying to know the abnormal conditions that cause disease, we must know the normal conditions that make up health» I.

Introduction The notion of biological terrain is a complex datum of biology.

Just as in atomic physics the notion of complementarity is necessary to know reality, complementary modes of description are also required to understand the movement and nature of the biological terrain, which is only the reflection of the functioning of living systems. II.

Leukocyte biometry While the most savage empiricism took place in the collection and counting of leukocytes, scientists began by devising a new technique for spreading blood and invented a device, the automatic hemo-spreader, which made it possible to carry out qualitatively and quantitatively comparable spreads, free of alterations in the figurative elements of the blood.

Finally, scientists highlight a series of rhythms whose studies make it possible to detect the precise moment when the therapeutic action is most effective. The mathematical study of the living cell can be likened to "a hydrodynamic complex affecting various types endowed with vibratory properties, marked by oscillations, capable of bi-parting or transforming, or exploding, under certain conditions.

Scientists analyze the mechanism of the cell's regulatory forces, the relationship with gravity, the cybernetic behavior of living matter, the shape of living beings, and intracellular fields.

By introducing the notion of the biological clock linked to ordinary time, scientists established the laws of relativity in biology and showed that the "biological terrain" is conditioned by man's situation in the universe and that the rhythmic properties of the intranuclear gravitational field associated with the magnetic field of the physical universe - cosmic rhythm, biological rhythm - regulate our internal biological clocks. lll.

Leukocyte diagrams 1.

Ordinary diagrams By using a hemospreader to carry out comparable blood spreads every 10 minutes at most, the scientists note the following facts: • The total percentage of phagocytes (polynuclear, monocytes, etc.) which remains constant in a healthy subject, varies in pathological cases, by bringing the time to the scale of 10 minutes at most on the x-axis, and on the y-axis the corresponding total percentages of phagocytes, we obtain portions of bell curves limited to their inflection point and between these points.

The mathematical analysis of the diagram obtained shows that these curves belong to the Gaussian bell curve family, • the terminal inflection point of a bell curve is confused with the starting inflection point of the next curve or the two points are arranged on the same parallel to the y-axis if the vertices of the curves are not at the same level, • the concavities of the bell curves are found either downwards or upwards, • over time, the deviation between the inflection points can vary between 22 and 84 minutes, • the number of curves of the set of bell curves is equal to the number of leukogenetic causes, • The formation of any diagram shows the existence of leukocyte rhythms endowed with periods measured by the deviations at the bases of the experimental curves. 2.

Other types of diagram: • diagrams formed by regular trapezoidal broken lines, • the regular, saw-toothed diagrams. IV.

The biological field 1.

Definition The terrain is the set of physical, chemical, physico-chemical, and biological processes that obey the general regulation of the organism, the fundamental property of living matter.

It is subject, as far as its behavior is concerned, to the rhythms of the universe in the normal case and to the biological rhythms in the evolving pathological cases.

The properties of the leukocyte and leukocyte fragility diagrams are properties of the field. 2.

Types of terrain A long statistical study has proven that leukocyte tests, updated by their morphology and colorations, are field tests. These leukocyte fragility tests make it possible to recognize the following types of terrain: a.

Carrier of common infection or parasitosis The nuclei of the neutrophils become granular, their cytoplasms burst, their granulations are grouped or disseminated in the spread.

In parasitosis, the existence of many eosinophils is found in the blood.

Polynuclear cells with large granulations are also found in other diseases, such as asthma and in certain types of cancers. b.

Tuberculin or tuberculous terrain Polynuclear cells with large granulations, with a basophilic tendency, are such that they are coloured blue-lilac. c.

Carcinogenic ground Some lymphocytes, those that have recognized cancer, have fairly large purple granulations that eventually segment the nucleus, giving the lymphocyte the appearance of a polynuclear fast. d.

Oscillating Terrain A terrain can oscillate without the patient in question having two evolving diseases at the same time.

These terrains show unambiguously that the tuberculin terrain and the canceric terrain are antagonistic.

Scientists have shown that many patients, originally tuberculin, develop cancer, when their tuberculin terrain is transformed into a cancerous terrain or vice versa, but more rarely.

The neglect of the notion of heredity in tuberculosis or cancer, the preventive fight against tuberculosis without taking into account the terrain, the abusive use of therapeutic agents, such as antibiotics and vaccines, for example, have resulted in the transformation of tuberculin soils into cancerous ones.

This explains why the number of cancers is increasing considerably. % 22 minute rhythm 60 minute rhythm t Pulmonary tuberculosis coexisting in the same body with acute common infection V.

Bioelectronics 1.

Introduction Leukocyte biometry shows that the rules found on graphs, called leukocyte diagrams, a representation of the chemical and biophysical phenomena that govern the regulation of the organism, are, as we have seen, field rules.

Another aspect of this notion of the field is provided by bioelectronics, the science of the micro-currents of life, which gives a simple and quantifiable symbolic representation of it.

These two complementary approaches to the same biological reality give the once empirical notion of the field a particularly valuable scientific character in the study and therapy of disease. 2.

Defining the terrain in bioelectronics In bioelectronics, the field is the set of chemical, biophysical, electromagnetic characteristics of the internal environment which, defining an organic state at a given moment, condition the response to aggression at the same time. VI.

The basics of bioelectronics 1.

Phonic values Professor L.

C.

Vincent and his collaborators, Professor Steinmetz of the Faculty of Pharmacy of Nancy, have demonstrated that any hydric, organic or mineral solution, simple or complex, can be characterized from the molecular point of view, by three measurements: that of pH, a magnetic factor; that of rH2, an electrical factor; that of the specific resistivity (p) or dielectric factor.

They demonstrated that these three parameters are necessary and sufficient for this characterization.

The work undertaken first by L.

C.

Vincent and L.

Roujon, then by Doctor Jeanne Rousseau of Nantes, led to the following results: • the values of pH, rH2 and resistivity, the means of expressing the electromagnetic equilibrium of the internal environment, that is to say, of the terrain, can vary only within narrow limits, on pain of death, • between these limits, certain variations are characteristic of major morbid syndromes, • There is a relatively narrow health zone, varying with age. A perfectly healthy subject is theoretically characterized by 9 values (new statistical standards) 2.

The bio-electrogram The bioelectronic examination of the field involves the determination of the three factors pH, rH2 and resistivity on the blood, urine and saliva. The result of these determinations is recorded in a diagram called a "bio-electrogram" which is a symbolic representation of the four basic types of terrain, namely: Terrain A: Acidic and reduced. This is the area where lactobacilli, the gut microbes that make vitamin B12, are found. Terrain B: Acid and oxide. It's the area of fungi, antibiotics, fungus, tuberculosis... Terrain C: Alkaline and oxide. We find viruses, thrombosis, cancers, AIDS, almost all the diseases of civilization here. Terrain D: Alkaline and reduced. Pathogenic microbes of all kinds, plague, cholera, typhus proliferate in this area. B Acid-oxidized Alkaline- Ci 35 Ca C Irreversible cancer Breeding ground for carcinosis polio 30 d State tubercular rH2=rO2=28 leukaemia Psychopathy Reversible cancer 25 thrombosis P S 22 C cirrhosis 20 typhoid Breeding ground for bacteria A 15 6 Alkaline- Acid-reduced 7 8 pH PS Perfect health Cd thrombosis line Ci Theoretical boundary line of irreversible cancers Ca Theoretical boundary line of reversible cancers Bio-electrogram D 9 VII.

Comparative study of the two methods Comparison of the two methods While leukocyte biometry highlights rhythms that are, in the final analysis, the results of internal biological processes, bioelectronics completes this approach, by specifying these internal processes which.... »