EP0513120A1 - Device for detecting vibratory disturbances in living human organs or tissue - Google Patents

Abstract

The invention relates to a device for detecting vibration disturbances affecting living human tissues or organs, and for determining how to remedy it, which device is characterized in that it comprises tubes or ampoules, each of which contains a dilution or a mixture of dilutions of animal tissues or organs homologous to the human tissues or organs considered, or else a dilution or a mixture of dilutions of molecular extracts homologous to those participating in the structure or functioning of the human tissues considered, which dilutions appear exclusively among the following: 1/20; 10-8 or 4 CH; 10-14 or 7 CH; 10-18 or 9 CH; 10-30 or 15 CH; 10-60 or 30 CH. Preferably, this device is presented in the form of a case comprising cells in which said tubes or bulbs are arranged.

Description

DEVICE FOR DETECTING VIBRATORY DISTURBANCES AFFECTING TISSUES OR LIVING HUMAN ORGANS.

The present invention relates to a device for collecting and processing information of a vibratory nature, originating from living human tissues or organs, by dilutions of homologous animal tissues or organs or molecular extracts.

The informative vibratory method makes it possible to collect vibratory information coming from living human tissues and organs, to determine its normal or abnormal character, that is to say, harmonious or dysharmonious, compared to the rest of the organization, and determines the information, also of a vibratory nature, to be delivered to obtain the correction of the anomalies noted.

It is known in the prior art: that when a living tissue or organ malfunctions, whatever the reason, it emits vibrations in disharmony with the rest of the organism, that is to say disruptive to the with regard to the latter; and

- it is possible to capture these vibrations and check their disturbing nature, for example using the following test which takes place in two successive phases: * phase 1 = a subject X, standing or sitting, extends an arm (right or left indifferently), right in front of it (open or closed fist palm down) making an angle of 90 degrees with respect to the trunk, the other arm being held swaying along the trunk without particular contact with this last. A subject Y checks the degree of muscular tone of the outstretched arm of X by trying to lower the latter, by holding it at wrist level, and by appreciating the muscular effort which he himself must exert to obtain a beginning of lowering of the arm of X. This first phase is considered as a reference.

* phase 2 = subject X takes the same position as before. Subject Y asks subject X to place the index finger of the hand of the member opposite the member stretched over the area of the integument where the vibratory radiation of an organ supposedly dysfunction is projected. The vibrations emitted by the dysfunctional organ are picked up by the index finger placed on the integument and transmitted by it not only to the homolateral member but also to the shoulder girdle and the contralateral member. If so sensed vibrations, from ^'the body to be tested, are dysharmonieuses is disturbing to say the rest of the body, they will affect, among others, the muscular system of the arm extended. This will objectively result in a much lower resistance of the extended arm to lowering compared to the reference test. This lower resistance will be perceived by both subject X and subject Y.

If the organ tested is not dysfunctional, it will not emit dysharmonious disturbing vibration radiation and subjects X and Y do not observe any difference in resistance of the outstretched arm between phases 1 and 2 of the test.

However, carrying out such a test can be made difficult by two types of pitfall:

- the muscular weakness of the test subject. In this case, the test of the outstretched arm will be replaced by taking the pulse of the test subject, either by the Chinese pulse technique or by the NOGIER pulse technique. The description of these techniques has no place in this presentation. Their practice is reserved for competent practitioners trained in the perception of these types of pulse. It suffices to know that the collapse of the stretched arm corresponds to the reduction in amplitude of the pulse, and that the good resistance of the stretched arm corresponds to a normal amplitude of the pulse.

- the difficulty for the layman to locate the integumentary zone of manifestation of the radiation of the organ to be tested. It is possible to overcome this last difficulty using the consequences of the inventor's personal discoveries, set out below, which constitute the theoretical bases on which the present invention is based. The inventor has found that an in vitro solution to 1/20 of a tissue or organ of animal origin emits, when placed in contact with a living human organism, the same type of vibratory radiation as the tissue or homologous human organ in vivo and that its impact on the human organism as a whole is similar to that of the homologous organ or living human tissue.

This can be verified by replacing, in phase 2 of the test mentioned above, the positioning of the index on the integumentary zone of manifestation of the radiation of the organ to be tested by the handling of an in vitro solution at l / 20th contained in a glass or plastic container, of the homologous organ or tissue, of animal origin. Even if the test solution is in very small quantity, the result observed with regard to the resistance or the tone of the outstretched arm is exactly the same as that obtained in phase 2 of the test cited above.

The invention therefore makes it possible, by a simple technique, to verify whether or not the vibrational radiation emitted by a living human tissue or organ is disruptive for the rest of the organism.

It also makes it possible to correct the disturbing nature of the vibratory emission of a dysfunctional organ or living tissue by determining the adequate vibratory information which will make the radiation of the organ or tissue harmonious with respect to the rest of the organism; in fact, the inventor also discovered that corrective vibration information can be provided: either by an infinitesimal dilution of the organ or animal tissue homologous to the organ or human tissue tested;

- Either by an infinitesimal dilution or a mixture of infinitesimal dilutions of molecular extracts made up of metals, amino acids, vitamins, nucleic acids or metalloids;

- either by the mixture of one or more infinitesimal tissue dilutions with. one or more infinitesimal dilutions of molecular extracts. This infinitesimal corrective dilution, contained in a glass or plastic support, will be placed in the palm of the hand which already holds the test solution at l / 20th, and next to it. .The vibrational radiation emitted by this infinitesimal dilution will be corrective if it instantly neutralizes the disruptive radiation emitted by the 1 / 20th solution of the animal organ or tissue or by the human organ or tissue homologous to it. -even. Infinitesimal dilution, tissue or molecular, which will correct the vibra¬ tory interference emission of a tissue or tional dysfonc¬ human body is in the vast majority of cases of the 5 following dilutions: 10- ^{8; 10-14} ; 10- ^{18; 10-30} ; ^10-60 .

Each of these 5 dilutions can be expressed in Hanhemanian Centesimal or CH, according to the homeopathic designation. The following respective equivalents are then obtained: 4 CH; 7 CH; 9 CH; 15 CH; 30 CH.

To implement the present invention, it is therefore necessary, for each of the dysfunctional tissues or organs to be tested, to successively try one of the 5 dilutions mentioned above of homologous animal tissue or of molecular extract to determine which will correct the highlighted vibrational disorder. Taking a dose per week of the infinitesimal tissue dilution or molecular extract thus determined, and this for three weeks, will allow the disappearance of the vibrational disorder as will be attested at the end of this period a new control test either directly by the index placed on the integumentary area of vibratory projection of the formerly dysfunctional organ, either by the use of a solution to the 1/20 (one twentieth) of the homologous animal organ. The effect of this correction often persists well beyond a three-month period.

Advantageously, the conte¬ ing different containers dilutions l / 20th, in 10- ⁸ to 10- ^14, 10- ¹⁸ in 10- ^{3 (^} and 10- ^ 0, corresponding to the princi- pal tissue homologous humans and to the main molecular substances playing a role in the organism are grouped together in the same case, in a determined order., this allows the detection and the simple, individual, precise and selective correction of the vibratory disturbances affecting the various living tissues of the organism.

The subject of the present invention is a device for detecting vibrational disturbances affecting living human tissues or organs, and for determining how to remedy it, which device is characterized in that it comprises tubes or ampoules, each of which contains a dilution or a mixture of dilutions of animal tissues or organs homologous to the tissues or human organs considered, or else a dilution or a mixture of dilutions of molecular extracts homologous to those participating in the structure or the functioning of the human tissues considered, which dilutions appear exclusively among the following: 1/20; 10- ⁸ or 4 CH; ^10-14 or 7 CH; 10- ¹⁸ or 9 CH; ^10-30 or 15 CH; ^10-60 or 30 CH. These dilutions can be presented indifferently in the form of solutions, granules, globules, tablets or any other form that one wishes to give them. It is the composition and not the form that matters. According to a preferred embodiment of the device according to the invention, it comprises tubes or ampoules, each of which contains a dilution and only one of an animal organ or tissue homologous to the organ or human tissue to be tested, or indeed a dilution and only one of a molecular extract homologous to those participating in the structure or the functioning of the human organ or tissue to be tested.

According to another preferred embodiment of the device according to the invention, it comprises tubes or ampoules each containing an equal mixture of the following dilutions: 10- ⁸ or 4 CH; ^10-14 or 7 CH; 10- ¹⁸ or 9 CH; ^10-30 or 15 CH; 10- ⁶⁰ or 30 CH a homologous animal organ or tissue of the organ or human tissue to be tested or an equal mixture of the following dilutions: 10- ⁸ or 4 CH; ^10-14 or 7 CH; 10- ¹⁸ or 9 CH; ^10-30 or 15 CH; ^10-60 or 30 CH of a molecular extract homologous to those participating in the Structure or in the functioning of the human organ or tissue to be tested. According to yet another preferred embodiment of the device according to the invention, each tube or bulb containing the dilutions of organs, tissues or molecular extracts, is placed in one of the cells of a support, which cells are numbered, or marked by their coordinates in a system of abscissae or ordinates, and each tube or bulb bears the same number or the same coordinates as the cell which contains it.

According to a preferred arrangement of this embodiment, a device in accordance with the invention, called a tissue informative vibratory case, includes 1200 cells, ie 24 per row in the width direction and 50 per row in the length direction, each allowing the accommodation of a bulb or a tube, and each tube or bulb contains a dilution tion and only one of an organ or tissue of animal origin homologous to a human organ or tissue to be tested.

According to another preferred form of this arrangement, a device in accordance with the invention, called a molecular information vibratory case, comprises 696 cells, that is 24 per row in the width direction and 29 per row in the length direction and each allowing the housing of an ampoule or a tube, and each tube or 'ampoule contains a dilution and only one of a molecular extract to be tested. According to another preferred form of this arrangement, a device in accordance with the invention, called a global informative vibratory case, comprises 540 cells, that is 12 per row in the width direction and 45 per row in the length direction and each allowing the housing of an ampoule or a tube and each tube or ampoule contains: either a single dilution of a tissue to be tested,

. either a mixture in equal parts of the dilutions of one of these fabrics,

. or a mixture in equal parts of the dilutions of a molecular extract to be tested.

According to yet another modality of this arrangement, a device in accordance with the invention, called harmonic informative vibratory case, comprises 1224 cells, that is to say 24 per row in the direction of the width and 51 per row in the direction of the length and allowing each the housing of a bulb or a tube, and each tube or bulb contains:. either a single dilution of a tissue to be tested, . or a mixture in equal parts of the dilutions of molecular or tissue extracts to be tested. Such a mixture constitutes a vibrating harmonizing product, that is to say having an action for correcting vibrational disturbances with respect to living tissues.

Each of the devices in accordance with the invention can be in a so-called complete form in which each organ or tissue or each molecular extract represented appears in each of the dilutions defined above, or in the form of a mixture of the following dilutions in equal parts: ^{~ 8} or 4 CH; 10 ^{~ 14} or 7 CH; 10 ^{~ 18} or 9 CH; 10 ^"30 or 15 CH; ÎO ^-60 or 30 CH.

In accordance with the invention, such a device can also be in so-called parcel form, in which only some of the dilutions mentioned above appear, or else dilutions, or mixture of dilutions corresponding to certain organs or tissues, or to certain molecular extracts.

By way of example, the following will be produced: - an informative tissue-vibration vibratory case called detection, which contains only dilutions to 1 / 20th of the tissues or organs to be tested.

- an informative vibratory fabric- so-called correction case, comprising only the dilutions from 10 ^{~ 8} to ÎO ^-60 mentioned above.

The fragmentary forms of each of the cases defined above containing only the dilutions corresponding to certain organs or tissues or to certain molecular extracts, can be used in particular for the detection and the determination of the correction of the vibratory disturbances concerning the organs or tissues in question.

The following observations made by the Inventor show the particular interest of the different types of dilutions used. The infinitesimal dilutions of tissues or organs make it possible to locate the level, or if one prefers, the origin of the vibratory disturbance affecting the homologous human tissue. For example: - The tissue dilution 10- ⁸ correct a vibration disturbance from ingesta, that is, in relation to foods, beverages or incompatible inhalants vibrational with all or part of the body. - The tissue dilution in 10 - * - ^{4 will} correct a vibration disturbance of metabolic origin, that is to say resulting from an inadequate transformation of food or drinks in the body.

- Tissue dilution in 10- ¹⁸ correct a vibratory disturbance of psychosomatic origin, that is to say resulting from the transmission of vibrational perturba¬ tions psychic level to a more organic level. As if there were a beginning of "incorporation" of these vibrations of psychic origin in organic matter.

- The tissue dilution in 10- ³ ^ will correct a vibrational disturbance of purely psychic origin, that is to say simply reflected by an organic system which does not incorporate it, which does not allow itself to be penetrated, like a mirror.

- The tissue dilution in 10- ° ^ will also correct a vibrational disturbance of purely psychic origin.

- In addition, the vibratory disturbance of a living human tissue is always corrected by a mixture, in equal parts, of the 5 dilutions fundamental 10- ^8, 10- ^14, 10- ^18, 10- ^30, 10- ⁶⁰ of the fabric homologous animal.

- A mixture, in equal parts, of the 5 dilutions in 10- ^8, 10- ^14, 10- ^18, 10- ^30, 10- ⁶⁰ of any molecular extracts listed in the appendix (List II) . allows to make the vibratory system associated with this molecule, within the human organism, harmonious in relation to the whole of this organism, and thereby correcting the vibrational disorder highlighted at the tissue level, when it is in fact of molecular origin.

- A mixture, in equal parts, of the 5 dilutions fundamental 10- ^8, 10- ^14, 10- ^18, 10- ^30, 10- ^60, one or several animal tissue counterparts living human tissues, with a mixture of the same five dilutions of one or more molecular extracts is always harmonically vibratory with respect to the whole of the organism and allows the correction of possible vibrational disturbances ^" affecting each of the homologous tissue or molecular structures in the human organism.

To summarize all of these data, we can say that:

- Dilution to 1/20 of an animal tissue makes it possible to determine whether the homologous human tissue is vibrated disturbed or not;

- The dilutions in 10- ⁸ , 10- ¹⁴ , 10- ¹⁸ , 10- ³⁰ , 10- ° 0 of an animal tissue will allow, by testing them separately, to determine the level or the origin of the vibratory disturbance affecting the homologous human tissue and to know what is the specific corrective dilution of this disturbance. The mixture of the 5 tissue dilutions will also be corrective but will not make it possible to determine the origin of the vibratory disturbance. - dilutions 10- ^8, 10- ^14, 10- ^18, 10- ^30,

10- ° 0 of a molecular extract will, by testing them separately, determine the specific corrective dilution of the vibrational disturbance affecting the homologous molecular structure in the human organism. The mixture of these will nevertheless be corrective, without discriminatory possibility. In any case, these dilutions allow the vibration adjustment to be extended to the molecular level. In fact, they will make it possible to determine the molecular origin of a vibratory disturbance highlighted at the level of an entire tissue. Finally, a mixture of tissue and molecular dilutions in 10- ^8, 10- ^14, 10- ^18, 10- ^30, 10- ^60, permet¬ tra correction or a larger vibration adjustment that the use of a single type of dilution , but will not allow the origin or the level of this disturbance to be precisely located.

The present invention will be better understood with the aid of the additional description which follows, which refers to exemplary embodiments of the detection device according to the invention. The devices described in these examples represent preferred embodiments of the four essential forms which are:

1) the informative fabric¬ vibratory case; 2) the molecular vibratory informative case;

3) the global informative vibratory case

4) the harmonic informative vibratory case.

The first essential form admits three so-called derived forms:

- detection

- correction - fragmented.

The second, third and fourth essential forms each admit a so-called plot form.

EXAMPLE 1 - Tissue Informative Vibratory Case It is a rectangular case whose bottom is occupied by arranged cells: - either in a layer of polymerized compound lining the bottom of the case;

- either in prefabricated devices and glued to the bottom of the case. Each cell allows the accommodation of a bulb or a glass or plastic tube ”The cells are the same size, regularly aligned and spaced so that there are 24 cells per row in the width direction and 50 cells per row lengthwise, for a total of 1,200 cells.

Each cell is numbered from 1 to 1200 following an arithmetic progression across the width of the case and starting with the cell which is closest to the upper left corner of the case when it is viewed open and from the front, this position being considered as the reference position. Consequently, the cell closest to the upper left corner of the case in the reference position is numbered one; the cell closest to the lower left corner of the case is numbered 24; the cell closest to the upper right corner bears the number 1177 and the cell closest to the lower right corner has the number 1200. Another type of location of the cells can be conceived using a system of 'abscissa and ordinate. So :

- in front of each cell of the row along the left edge of the case, in the widthwise direction when it ^is viewed in the reference position described above, and in the space between this left edge and this row, there is a letter of the alphabet, in the order of it, so that the cell closest to the upper left corner of the case is associated with the letter A which expresses its ordinate, and the cell closest to the lower left corner of the case is associated with the letter X which expresses its ordinate.

- opposite each cell of the row which runs along the lower edge of the case lengthwise, when the latter is viewed in the reference position defined above and in the space between this lower edge and this row is represented a number, in the order of arithmetic progression, so that the cell closest to the lower left corner of the case is associated with the number 1 which expresses its abscissa and the most close to the lower right corner of the case is associated with the number 50 which expresses its abscissa.

According to this system, each cell will be identified by a pair consisting of a number and a letter which respectively constitute the abscissa and the ordinate. This couple being called coordinates of the cell. Consequently, in the reference position, the cell closest to the upper left corner of the case will have the coordinates 1-A; the cell closest to the lower left corner of the case will carry the coordinates 1-X; the cell closest to the upper right corner of the case will have the coordinates 50-A and the cell closest to the lower right corner of the case will have the coordinates 50-X.

The internal face of the cover of the case, or upper plate can be provided with the same layer of polymerized compound pierced with cells as for the lower plate. However, in this case, the number of cells, per row, across the width of each tray is 12 while the number of cells per row along the length of each tray remains 50.

The method of locating the cells is exactly the same as that which has been described above, if we consider that a row in the direction of the width of the case is formed by placing it end to end, in continuity, of the two corresponding rows of each tray (i.e. a total of 24 cells) and if we consider that, in this case, the case being viewed open and from the front in the reference position, the upper left corner is that of the upper tray of the case, the lower left corner is that of the lower tray of the case, the upper right corner is that of the upper tray of the case, the lower right corner is that of the lower tray of the briefcase, the left edge of the briefcase is the sum of the left edges of each tray considered in continuity and the lower edge of the briefcase is that of the lower shelf thereof.

The potential advantage of this second type of presentation is to allow, by spacing the cells, easier handling of the tubes they contain.

Each cell is occupied by a glass or plastic bulb or tube. Each vial or tube contains a variable amount dilution of an animal organ or tissue homologous to the human organ or tissue to be tested.

This dilution can be found in several forms: - either in crushing;

- either in solution;

- either in granules;

- either in globules.

Each tube carries in all cases the same number or the same coordinates as the cell it occupies. It also bears, when its size permits, the name of the organ or tissue of which it contains the dilution as well as the characteristics of this dilution (number or contact details and type of dilution). The list of tissue or organic products contained in the tissue information vibratory case is given in the appendix (List I).

Each of them is classified by alphabetical order and is in the form successive¬ ment case of 6 following dilutions: l / 20th, 10- ^8, 10- ^14, 10- ^18, 10- ^30, 10- ^60.

For the first product on the list, the 6 dilutions under which it appears, with for each, the number and the coordinates of the tube which contains it are cited as an example. Other products are incorporated ^'in the form of the first 6 above dilutions, the number and coordinates of the tubes containing the dilutions easily obtaining other is by inference. The term DENT, cited in list I given in the appendix, should be understood as being able to define:

- or a mixture in equal parts of incisor, Canine, premolar and molar, wherein FIG successively under each of the six following types of dilutions l / 20th, 10- ^8, 10- ^14, 10- ^18, 10- ³⁰ , ^10-60 ;

- or only one of the following tooth categories: Incisor, Canine, Premolar, Molar, appearing successively under each of the following six dilutions l / 20th, 10- ⁸ , 10- ¹⁴ , 10- ¹⁸ , 10- ³⁰ , 10- ⁶⁰ . A leaflet on which are indicated, in the same order as above, the number or contact details of each tube or ampoule, the name of its content, as well as the corresponding dilution is displayed, one on the inside of the cover of the case, either a movable guide plate or sheet located between the two trays, when the two trays of the case are used for housing the tubes in more spaced cells.

It should be noted that each tissue or organ is classified in alphabetical order and is represented in the case in the following successive dilutions: 1 / 20th, 10- ^8, 10- ^14, 10- ^18, 10- ^30, 10- ^60, the expression of negative puis¬ 10 sessions may be replaced by its equivalent éventuelle¬ ment in centesimal hanhemanniennes or successively and CH 4 respectively 7 CH, 9 CH, 15 CH, 30 CH for the last five dilutions mentioned.

The mode of use of this test device is as follows:

The test subject takes hold of the tube containing the 1 / 20th solution of the animal tissue or organ homologous to the human tissue or organ which is to be tested.

If the latter emits a disturbing vibratory radiation, it will be picked up by the solution in 1/20 and returned by it to the muscular system of the upper limbs, which will cause less resistance of the outstretched arm to lowering by report to the reference test mentioned above, (page 1 and 2 of the Description).

It is then enough to place in the palm of the hand of the test subject who already holds the tube containing the solution in 1/20 and next to it, successively the tubes containing one of the 5 dilutions in 10- ⁸ , 10 - ¹⁴ ,

-10- ¹⁸ , 10- ³ ^, 10- ° 0 u same tissue or organ to determine, by redoing the same test, which of these 5 dilutions specifically neutralizes the disturbing radiation emitted by the solution in 1/20 and allows therefore to correct the vibrational disturbance affecting the homologous human tissue.

Recall that, in this case, we determine at the same time the origin of this vibrational disturbance.

The above description concerns the informative tissue vibratory case in its complete form. However, it is also possible to design and use three forms derived from it: - an informative vibratory case fabric for detection, comprising only dilutions with 1/20 of the various tissues or organs mentioned above or some of them. These dilutions are classified in alphabetical order and identified according to the same principles (number or contact details) as those applied in the complete form. The number of occupied cells will then be a maximum of 200, each containing, in a tube or ampoule, a dilution to 1/20 of a different organ or tissue.

- an informative tissue-lar vibratory briefcase correction, including only the dilutions 10- ^8, 10- ^14, 10- ^18, 10- ^30, 10- ⁶⁰ of various tissues and organs already mentioned, identified according to the same principles as in the full form. The number of occupied cells will then be a maximum of 1000, for each housing a bulb or a ^'tube containing a dilution in 10- ^8, 10- ^14, 10- ^18, 10- ^30, 10- ⁶⁰ of a tissue or organ mentioned in the complete form.

- an informative vibratory fabric tissue plot not reforming in the form of the six fundamental dilutions l / 20th, 10- ⁸ , 10- ¹⁴ , 10- ¹⁸ , 10- ³⁰ , 10- °° only a part of the tissues and organs in full form.

It is understood that in this parcel shape, the system for locating the cells and their contents is the same as that used in the complete form regardless of the number of cells appearing per row in the width direction and in the sense of the length of the case. EXAMPLE 2 - Molecular Informative Vibratory Case it is a rectangular case of the same design as the informative fabric vibratory case, comprising 24 cells per row in the width direction of the case and 29 cells per row in the direction the length of the case, a total of 696 cells of which only 685 are occupied. The cells are subject to the same tracking system as in the tissue informative vibratory case and the tubes are classified in the same alphabetical order according to their content.

Each cell is occupied by an ampoule or a tube which has the same number or the same coordinates as it and which contains a variable quantity dilution of a molecular extract to be tested.

This dilution can be found in several forms: - solutions

- granules

- globules.

Each tube carries in all cases the same number or the same coordinates as the cell it occupies. It also bears, when its size permits, the name of the molecular extract the dilution of which it contains, as well as the characteristics of this dilution (number or contact details and type of dilution).

The list of molecular extracts contained in the molecular information vibratory case is indicated in the appendix (List II). Each of them is in alphabetical order and is included in the case as successively 5 following dilutions: 10- ^8, 10- ^14, 10- ^18, 10- ^30, 10- ⁶⁰ In the first of these molecular extracts, 5 dilutions under which it appears, with for each the number and the coordinates of the tube which contains it, are given by way of example. The other molecular extracts are cited in the form of the first of the aforementioned 5 dilutions, the number and the coordinates of the tubes containing the other dilutions being easily obtained by deduction.

A leaflet on which are indicated, in the same order as above, the number or contact details of each tube or ampoule, the name of its content, as well as the corresponding dilution is displayed either on the internal face of the cover of the case, either on a movable guide plate or sheet between the two plates, when the two plates of the case are used for housing the tubes in more spaced cells.

Each molecular extract are listed in alphabetical order within its category (metals, amino acids, vitamins, others ...) and is shown in case the following serial dilutions: 10- ^8, 10- ^14, 10- ¹⁸ , ^10-30 , ^10-60 which can also be expressed in centennial Hanhemanian by the following successive equivalents: 4 CH, 7 CH, 9 CH, 15 CH, 30 CH.

The mode of use of this test device is as follows:

We begin by detecting the possible vibrational disturbance affecting a living human tissue or organ using the tube containing the 1/20 dilution of the homologous animal tissue or organ, by the test already cited in Example 1.

It is then enough to place in the palm of the hand of the test subject who already holds the tube containing the solution at 1/20 and next to it, successively the tubes containing one of 5 dilutions in 10- ⁸ , 10 - ¹⁴ , 10- ¹⁸ , 10- ³⁰ , 10- ⁶⁰ of the molecular extracts that one wishes to test, to determine, by repeating the same test, what are the molecular dilutions which specifically neutralize the disturbing radiation returned by the solution at 1 / 20th and which will therefore correct the vibration disturbance affecting the homologous human tissue.

This makes it possible to determine the specific molecular origin of a vibratory disturbance highlighted at the level of the whole of a tissue or an organ. The description above is for informative molecular vibrational briefcase in form com ^¬ plete. But it is also conceivable to use a piecemeal and said derivative form, not containing in the form of five fundamental dilutions 10- ^8, 10- ^14, 10- ^18, 10- ^30, 10- ^60, a part of molecular extracts contained in full form.

It is understood that in this parcel shape the system for locating the cells and their contents is the same as that used in the complete form whatever the number of cells appearing per row in the width direction and in the direction of the length of the case. ^'

The molecular extracts mentioned above and in particular those which are unstable in the ^" pure state", may be replaced by a more stable chemical form, for example one of the following salts: borate, bromide, bromate, carbonate, chloride , chlorate, chlorhy¬ drate, sulfide, sulfate, thiosulfate, sulfite, gluconate, orotate, iodide, phosphate, lactate, fluoride, salicyate, aspartate, glutamate, acetate, acetyl, malate, nitrate, nitrite, palmitate, pidolate, stearate , chromoglycate, pyruvate, oxalate, sodium or potassium salt, metal oxide EXAMPLE 3 - Global Informative Vibratory Case

It is a rectangular case of the same design as the tissue case with the following characteristics:

- Only the lower tray or bottom of the case is used for storing the tubes in the cells.

- There are 12 cells per row in the width direction and 45 cells per row in the length direction, for a total of 540 cells of which 537 are occupied. - The system for locating cells and the tubes or ampoules they contain can be of two different types:

. Each cell is numbered from 1 to 540 following the same type of arithmetic progression across the width of the case as in the other two previous forms, with the same reference position.

Consequently, the cell closest to the upper left corner of the case, in the reference position, bears the number 1; the cell closest to the lower left corner bears the number 12; the cell closest to the upper right corner has the number 529; the cell closest to the lower right corner has the number 540.

Each cell is occupied by a bulb or tube which has the same number as it.

. One can also use a system of abscissa and ordinate identical to that which was exposed in Example 1. In this case: the cell closest to the upper left corner of the case, in the position of reference, carries the coordinates 1-A respectively characterizing its abscissa and its ordinate; The cell closest to the lower left corner has the coordinates 1-L; the cell closest to the upper right corner has the coordinates 45-A and the cell closest to the lower right corner has the coordinates 45-L.

Each cell is occupied by a bulb or a tube which has the same coordinates as it.

Each ampoule or tube bears, when its size allows, the name of the tissue or molecular extract of which it contains the dilution as well as the type of this dilution. In the complete form of the global informative vibratory case, the tubes numbered from 1 to 200 or bearing the coordinates 1-A to 17-H contain the dilutions to 1/20 of the 200 tissues and organs represented in the complete form of the tissue informative vibratory case, classified in alphabetical order so that they succeed one another in the same order as in the tissue information case. The tubes numbered from 201 to 400 or on the coordinates 17-1 to 34-D contien¬ NENT a equal mixture of 5 fondamen¬ tales dilutions 10- ^8, 10- ^14, 10- ^18, 10- ^30, 10 - ⁶⁰ of each of the 200 tissues and organs mentioned above and classified in the same alphabetical order. Tubes numbered 401 to 537 or bearing the coordinates 34-E to. 45-1 contain an equal mixture of the 5 dilutions 10- ^8, 10- ^14, 10- ^18, 10- ^30, 10- ⁶⁰ of each of the 137 molecular lariae extracts contained in the complete form of informative vibratory briefcase molecular and classified in exactly the same order.

So for example:

- tube n ^* 1 or bearing coordinates 1-A contains the dilution to 1/20 of AMYGDALE;

- tube n ° 12 or bearing the coordinates 1-L contains the 1/20 dilution of BRONCHES;

- tube No. 200 or bearing the coordinates 17-H contains the 1/20 dilution of ZIL PILO-SEBACEE; - tube n ° 201 or bearing the coordinates

17-1 contains a mixture in equal parts of five fundamental dilutions 10- ^8, 10- ^14, 10- ^18, 10- ^30, 10- ⁶⁰ AMYGDALA;

- tube No. 205 or bearing coordinates 18-A contains the same mixture of the same 5 dilutions of

CAROTIDE ARTERY;

- tube n ° 400 or bearing coordinates 34-D contains the same mixture of the same 5 dilutions of PILO-SEBACEE ZONE; - tube no. 401 or bearing coordinates 34-E contains the same mixture of the same 5 dilutions of ALUMINUM;

- tube ^No. 409 or bearing 35-A coordinates contain the same mixture of the same 5 dilutions of

BROMINE;

- tube no. 537 or bearing coordinates 45-1 contains the same mixture of the same 5 dilutions of COENZYME A. The mode of use of this test device is as follows:

We begin by detecting the possible vibrational disturbance affecting a living human tissue or organ using the tube containing the 1/20 dilution of the homologous animal tissue or organ, by the test already cited in Example 1.

It is then enough to place in the palm of the hand of the test subject ^• who already holds the tube containing the solutions in 1/20 and next to it, successively the tubes containing a mixture in equal parts of the 5 fundamental dilutions in 10 - ^8, 10- ^14, 10- ^18, 10- ^30, 10- ° 0 d _u same fabric on one side and excerpts molécu¬ lariae the other hand one wishes to test in order to determine, by repeating the same test, which are the mixtures which neutralize the disturbing radiation returned by the solution in 1/20 and which therefore make it possible to correct the vibrational disturbance affecting the homologous human tissue.

This makes it possible to ensure the corrective nature vis-à-vis a disturbed human tissue of the mixture in equal parts of the aforementioned 5 basic dilutions of the homologous animal tissue, without however determining the origin of the disturbance.

This also makes it possible to know in a global manner which are the molecular structures whose pertur- vibration vibration is partly responsible for that which is detected at the level of an entire tissue.

This corresponds to the description of the complete shape of the overall informative vibratory case. But this admits a plot derived form which can be constituted:

- or only to some or all of the tissues and organs 200 shown in complete form and contained each in the form of mixture in equal parts of five fundamental dilutions 10- ⁸ or CH 4, 10- ¹⁴ or 7 CH, 10 - ¹⁸ or 9 CH CH .10- ³⁰ or 15, ⁶⁰ or 10- 30 CH;

- or, only of all or part of the hundred and thirty seven (137) ^' molecular extracts represented in the complete form and each appearing in the form of. mixture of the 5 fundamental dilutions mentioned above;

- or, of the association of a part of the 200 tissues and organs represented in the complete form and appearing here in the form of a dilution to 1/20 and in the form of a mixture in equal parts of the 5 fundamental dilutions mentioned above -Dessus and part of the 137 molecular extracts shown in complete form and figu¬ rant each case in the form of a mixture of equal parts of 5 _dilutions, fundamental in 10- ^8, 10- ^14, 10- ^18, 10 - ³⁰ and 10- ^δ0 . Each mixture of dilutions can be in the form of:

- solutions,

- granules,

- globules, EXAMPLE 4 - Harmonic Informative Vibratory Case

It results from a combination with tissue informative vibratory case, in its complete form, a mixture in equal parts of five fundamental dilutions 10- ⁸ or CH 4, 10- ¹⁴ or 7 CH, 10- ¹⁸ or 9 CH , ^10-30 or 15 CH, and, ^10-60 or 30 CH of certain molecular or tissue extracts. These mixtures constitute products which have a harmonizing vibratory action, that is to say, correcting vibratory disturbances with respect to living human tissues. This vibratory harmonizing action explains the name assigned to these products, namely: "molecular vibrational harmonizers" when they consist of dilutions of molecular extracts and: "tissue vibratory harmonizers" when they consist of dilutions of tissue or organs animals homologous to living human tissues or organs; it also explains the qualifier "Harmonic" attributed to this form of informative vibratory case which contains them.

The role of these vibratory harmonizing products used as tests is to determine which ones are capable on their own of correcting the vibrational disturbances revealed in living human tissue thanks to a dilution of 1/20 of homologous animal tissue. There are a total of 24 molecular and tissue vibrational harmonizers.

The names and formulas of each of these products are detailed in list III in the appendix. We pose as a writing convention to facilitate the transcription of formulas that the statement on the same line of the name of the molecular substance in question followed by the five figures, corresponding to the 5 fundamental dilutions, each separated by a dash, is equivalent to the separate line by line statement of the name of the molecular substance under each of these 5 dilutions. The 5 dilutions in question are considered to be represented equally in each formula. Finally, these 5 dilutions will be expressed in hanhemanian centesimals (CH) but they could, of course, be expressed in negative powers of 10 equivalents.

So, for example, by convention: Transcription: Magnesium 4 CH - 7 CH - 9 CH - 15 CH - 30 CH or Magnesium 10- ⁸ , 10- ¹⁴ , 10- ¹⁸ , 10- ³⁰ , 10- ^{60 is} equivalent to transcription:

Magnesium 10- ⁸ magnesium or magnesium 10-14 aa 10- ¹⁸ 10- magnesium ^3ϋ Magnesium ^10-60 These vibrating harmonizing products occupy 24 bulbs or tubes which constitute the row closest to the right edge of the case, in the width direction, when the latter is looked at in the reference position. an additional row, in the width direction, with respect to the tissue informative vibratory case in its complete form.

So that the harmonic informative vibratory case has 24 cells in the width direction and 51 cells in the length direction. A total of 1224 cells. The 24 tubes or ampoules constituting the row closest to the right edge of the case in the reference position bear the numbers 1201 to 1224 or the coordinates 51-A to 51-X.

Below is set out the list of vibratory harmonizing products contained in each tube or bulb with for each the number and the coordinates of the tube which contains it: Number Coordinates Name of the Product

1201 51-A Metallic Molecular Vibratory Harmonizer (HVM-MET)

1202 51-B Molecular Vibratory Harmonizer

Amine (HVM-AM)

1203 51-C Molecular Vibratory Harmonizer

Vitaminic (HVM-VIT) 1204 51-D Molecular Vibratory Harmonizer

Nuclear (HVM-NUC) 1205 51-E Metalloid Molecular Vibratory Harmonizer (HVM-METAL) 1206 51-F Molecular Vibratory Harmonizer of Coenzyme A (HVM-CoA) 1207 51-G Tissue Vibratory Harmonizer of the Central Nervous System (HVT-CNS)

1208 51-H Tissue Vibratory Harmonizer of the Peripheral Nervous System (HVT - S. N. P.)

1209 51-1 Tissue Vibratory Harmonizer of the Autonomous Nervous System (HVT-S. N. A.)

1210 51-J Tissue Vibratory Harmonizer of the Endocrine System (HVT - S. E.)

1211 51-K Tissue Vibratory Harmonizer of the Immune System (HVT - SI) 1212 51-L Tissue Vibratory Harmonizer of the Vascular System (HVT - SV) 1213 51-M Tissue Vibratory Harmonizer of the Ocular System (HVT - Ap.Oc.) 1214 51-N Tissue Vibratory Harmonizer of the Nose-Throat-Ears System (HVT - NG 0.)

1215 51-0 Vibratory Tissue Harmonizer of the Oral-Dental System (HVT - S.B.D.)

1216 51-P Tissue Vibratory Harmonizer of the Cardio-Pulmonary System (HVT - S. C. P.)

1217 51-Q Tissue Vibratory Harmonizer of the Digestive System (HVT - S.D.)

1218 51-R Tissue Vibratory Harmonizer of the Urinary System (HVT - Ap. Ur.)

1219 51-S Tissue Vibratory Harmonizer of the Female Genital System (HVT - A. G. F.)

1220 51-T Tissue Vibratory Harmonizer of the Male Genital System (HVT - A. G. M.)

1221 51-U Tissue Vibratory Harmonizer of the Breast (HVT - Breast)

1222 51-V Tissue Vibratory Harmonizer of the Skin (HVT - Skin)

1223 51-W Tissue Vibratory Harmonizer of the Muscular System (HVT - SM) 1224 51-X Tissue Vibratory Harmonizer of the Osteoarticular System (HVT - S. 0. A.) The mode of use of this test device is the same than that of the tissue informative vibratory case.

The roles of the tubes containing the vibrating harmonizing products is to be able to test these in the same way as the separate tissue dilutions, in order to know which ones make it possible to simultaneously correct the vibrational disturbances highlighted in several tissues or d '' a device thanks to the corresponding l / 20th dilutions.

This description concerns the complete shape of the harmonic informative vibratory case. But we can also conceive a form derived from the so-called parcel harmonic informative vibratory case and constituted by the association with one of the forms derived from the informative tissue vibratory case of all or part of the 24 tubes or bulbs containing the defined vibrational harmonizing products above, or of sub-combinations associating together any of the constituents of said harmonizers. Finally, it should be noted that:

- each mixture of dilutions constituting a vibrating harmonizing product can be in the form of:

. solution,. granules,. globules. - the molecular extracts mentioned in the above formulas, and in particular those which are unstable in the pure state, may be replaced by one of their salts, in particular, without limitation, one of the following salts: borate , bromide, bro ate, carbonate, chloride, chlorate, hydrochloride, sulfide, sulfate, thiosulfate, sulfite, gluconate, orotate, iodide, phosphate, lactate, fluoride, salicylate, aspartate, glutamate, acetate, acetyl, alate, nitrate, nitrite, palmitate, pidolate, stearate, chromoglycate, pyruvate, oxalate, sodium or potassium salt, metal oxide. EXAMPLE 5 - Parcel form of an Informative Vibratory Case concerning a particular group of organs: This case comprises: a) the following 5 tissues: gums, tongue, salivary glands, parotid and oral mucosa contained:

- firstly, each in six tubes in the form of the following 6 successive dilutions l / 20th, 10-, 10- ^14, 10- ^18, 10- ^30, 10- ^60, 30 which tubes form a tent represent plot of the tissue informative vibratory case;

- and, secondly, each in five other tubes as a equal mixture of five fundamental dilutions 10- ^8, 10- ^14, 10- ^18, 10- ^30, 10- ^60. These 5 tubes each represent a fragmented shape of the oral harmonizing product. b) the following 4 dental tissues: incisor, canine, premolar, molar, contents:

- on the one hand, each in 6 tubes in the form of the following 6 successive dilutions: l / 20th, 10- ⁸ , 10- ¹⁴ , 10- ¹⁸ , 10- ³⁰ , 10- ⁶⁰ , i.e. 24 tubes which represent a form fragmentary of the informative tissue vibratory mallet;

- and secondly, each in 4 more tubes in the form of a mixture of units, equal 5 fundamental dilutions 10- ^8, 10- ^14, 10- ^18, 10- ^30, 10- ^60. These 4 tubes each represent a fragmented shape of the oral harmonizing product. c) a mixture in equal parts of the following 4 dental tissues: incisor, canine, premolar, molar, itself contained in a tube in the form of a mixture in equal parts of the 5 fundamental dilutions

10- ^8, 10- ^14, 10- ^18, 10- ^30, 10- ^60.

The oral harmonic informative vibratory case therefore includes 64 tubes as defined above, which are subject to the same type of classification as in the complete form.

35 List I (continued 4)

321 14-1 TERBIUM ιo-ô 6 14-N THALIUM 10 "δ

1 14-S THORIUM 10-

?

'36 14-X THULIUM 10-δ

341 15-E TITANE 10-6 ⁵ 346 15-j TUNGSTENE 10-δ

351 15-0 URANIUM 10-6

356 15-T VANADIUM 10 "δ List II (continuation 3)

VITAMIN D2 (CALCIFEROL) o-δ VITAMIN D3 (CHOLECALCIFEROL) o-ô

VITAMIN E (TOCOPHEROL) o-δ

VITAMIN F (LINOLEIC ACID) o-δ

VITAMIN H (BIOTIN) o-δ

VITAMIN H2 o-δ

(PARAAMINOBENZOIC ACID)

VITAMIN J (CHOLINE) o-δ VITAMIN K l (PHYTOMENADIONE) o-ô VITAMIN K3 (MENADIONE) o-δ

VITAMIN L 1 (ORTHOAMINOBENZOIC ACID) o-δ VITAMIN P (ESCULIN) o-δ VITAMIN PP (NICOTINIC AMIDE) o-DES DEOXYRIBONUCLEIC ACID o-R RIBONUCLEIOUE ACID (RNA) o-δ

ADENINE o-δ CYTOSINE o-δ GUANINE o-δ THYIvIINE 0-8 URACILE O-δ ACID ADENOSINE MONOPHOSPHORIC (AMP) o-δ

ADENOSINE DIPHOSPHORIC ACID (ADP) 0-8 ADENOSINE TRIPHOSPHORIC ACID (ATP) 0-8

CARNITINE -8 COENZYME A O-δ

LIST III

1 °) METALLI ^Q UE MOLECULAR VIBRATORY HARMONIZER ⁽ HVM - MET ⁾

ALUMINUM 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

ANTIMONY 4CH-7CH-9CH- 15CH-30CH

SILVER 4 CH - 7 CH - 9 CH - 15 CH - 3 CH

ARSENIC 4CH-7CH-9CH- 15CH-3 CH

BARYUM 4 CH - 7 CH - 9 CH - 15 CH - 3 CH

BERYLLIUM 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

BISMUTH 4CH-7CH-9CH- 15CH-30CH

CADMIUM 4CH-7CH-9CH- 15CH-30CH

CALCIUM 4 CH - 7 CH - 9 CH - 15 CH - 3 CH

CERIUM 4CH-7CH- CH-.15CH-3 CH

CESIUM 4CH-7CH-9CH- 1 CH-3 CH

CHLORINE 4 CH - 7 CH - 9 CH - 15 CH - 3 CH CHROME 4CH-7CH- CH- Ï CH-3 CH

COBALT 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

COLUMBIUM 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

COPPER 4CH-7CH-9CH- 15CH-30CH

DYSPROSIUM 4 CH - 7 CH - 9 CH - 15 CH - 30 CH ERBIUM 4CH-7CH- CH- 1 CH-30CH

TIN 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

EUROPIUIvI 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

IRON 4CH-7CH-9CH- 15CH-3 CH

GADOLINIUM 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

GALLIUM 4CH-7CH- CH- 15CH-30CH

GERMANIUM 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

HAFNIUM 4CH-7CH-9CH- 1 CH-30CH

HOLMIUM 4CH-7CH-9CH- 1 CH-30CH

INDIUM 4CH-7CH-9CH- 1 CH-30CH

IRIDIUM 4CH-7CH-9CH- 1 CH-30CH

LANTHANE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

LITHIUM 4CH-7CH-9CH- 1 CH-30CH

LUTETIUM 4CH-7CH-9CH- 15CH-30CH ⁴¹ List III (continued 1

MAGNESIUM 4 CH - 7CH - 9 CH - 15 CH - 30 CH

MANGANESE 4 CH - 7 CH - 9 CH - 1 CH - 3 CH

MERCURE 4 CH - 7 CH - 9 CH - 1 CH - 30 CH MOLYBDENE 4 CH - 7CH - 9 CH - 1 CH - 30 CH

NEODYME 4CH-7CH-9CH- 15CH-30CH

NICKEL 4CH-7CH-9CH- 15CH-30CH

NIOBIUM 4CH-7CH-9CH- 15CH-30CH

OR 4CH-7CH-9CH- 1 CH-30CH OSMIUM 4 CH- 7 CH - 9 CH - 15 CH - 30 CH

PALLADIUM 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

PLATINUM 4CH-7CH- CH- 1 CH-30CH

LEAD 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

POTASSIUM 4 CH - 7 CH - 9 CH - 1 CH - 30 CH PRASEODYME 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

RHENIUM 4CH-7CH-9CH- 1 CH-30CH

RHODIUM 4CH-7CH-9CH- 1 CH-30CH

RUBIDIUM 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

RUTHENIUM 4 CH - 7 CH - 9 CH - 15 CH - 3 CH SAMARIUM 4CH - 7CH - 9CH - 15CH - 30CH

SCANDIUM 4CH-7CH-9CH- 1 CH-30CH

SODIUM CH-7CH-9CH- 1 CH-30CH

STRONTIUM 4CH-7CH-9CH- 1 CH-30CH

TANTALE 4CH-7CH-9CH- 15CH-30CH TERBIUM 4CH-7CH- CH- 1 CH-30CH

THALIUM 4CH-7CH-9CH- 1 CH-30CH

THORIUM 4CH-7CH- CH- 15CH-30CH

THULIUM 4CH-7CH-9CH- 15CH-30CH

TITANIUM CH-7CH- CH- 15CH-30CH TUNGSTENE 4 CH - 7 CH - 9 CH - 1 CH - 30 CH

URANIUM 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

VANADIUM 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

YTTRIUM 4CH-7CH- CH- 1 CH-3ÛCH

YTTERBIUM 4CH-7CH- CH- 15CH-30CH ZINC 4CH-7CH-9CH- 15CH-30CH

ZIRCONIUM 4 CH - 7 CH - 9 CH - 15 CH - 30 CH List III (continued 2)

⁵ , 0 HARMONIZING VI TO MOLECULAR AMIN HV - A

43 List III (continued 3)

3 ^e ) VIBRATORY MOLECULAR VITAMINIOUE HARMONIZER (HVM - VIT)

VITAMIN AT 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

VITAMIN B 1 (THI AMINE) 4 CH - 7 CH - 9 CH - 15 CH - 3 CH VITAMIN B2 (RIBOFLAVINE) 4 CH - 7 CH - 9 CH - 15 CH - 0 CH

VITAMIN B4 (ADENINE) 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

VITAMIN B5 (PANTHENOL) 4 CH - 7 CH - 9 CH - 15 CH - 3 CH

VITAMIN B6 (PYRIDOXINE) 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

VITAMIN B7 (INOSITOL) 4 CH - 7 CH - 9 CH - 15 CH - 30 CH VITAMINE Bδ (ADENOSINE ACID

MONOPHOSPHORIC) 4 CH - 7 CH - 9 CH - 15 CH - 3 CH

VITAMIN B 9 (FOLIC ACID) 4 CH - 7 CH - 9 CH - 15 CH - 3 CH

VITAMIN B 12 (CYANOCOBALAMINE) 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

VITAMIN B 1 (PANGAIvIC ACID) 4 CH - 7 CH - 9 CH - 15 CH - 30 CH VITAMIN C (ASCORBIC ACID) 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

VITAMIN C2 (ESCULOSIDE) 4 CH - 7 CH - 9 CH - 1 CH - 3 CH

VITAMIN D2 (CALCIFEROL) 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

VITAMIN D3 (CHOLECALCIFEROL) 4 CH - 7 CH - 9 CH - 1 CH - 3 CH

VITAMIN E (TOCOPHEROL) 4 CH - 7 CH - 9 CH - 1 CH - 0 CH VITAMIN F (LINOLEIC ACID) 4 CH - 7 CH - 9 CH - 15 CH - 3 CH

VITAMIN H (BIOTIN) 4 CH - 7 CH - 9 CH - 1 CH - 30 CH VITAIvIINE H2 (PA * A AMINO BENΣOIC ACID) 4 CH - 7 CH - 9 CH - 1 CH - CH

VITAMIN J (CHOLINE) 4 CH - 7 CH - 9 CH - 1 CH - CH

VITAMIN 1 (PHYTOMENADIONE) 4 CH - 7 CH - 9 CH - 1 CH - 30 CH VITAMIN (MENADIONE) 4 CH - 7 CH - 9 CH - 15 CH - 0 CH VITAMIN L 1 (OBIHO AMINO BENZ0IC ACID> 4 CH - 7 CH - 9 CH - 1 CH - 30 CH

VITAI ^v IINE PESSCULIN) 4 CH - 7 CH - 9 CH - 1 CH - 30 CH

VITAMIN PP (NICOTINIC AMIDE) 4 CH - 7 CH - 9 CH - 1 CH - 0 CH

CARNITINE 4 CH - 7 CH - 9 CH - 1 CH - V _J CH

List III (continued 4)

4 °) NUCLEIOUE MOLECULAR VIBRATORY HARMONIZER ⁽ HVM - NUC ⁾

DEOXYRIBONUCLEIC ACID 4 CH - 7 CH - 9 CH - 1 CH - 0 CH

5 RIBONUCLEIC ACID 4 CH - 7 CH - 9 CH - 15 CH - CH

ADENINE 4 CH - 7 CH - 9 CH - 1 CH - 30 CH

GUANINE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

CYTOSINE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

THYMINE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH o URACILE ^" 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

PHOSPHORIC ACID 4 CH - 7 CH - 9 CH - 1 CH - 3 CH

. ADENOSINE ACID MONOPHOSPHORIC 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

ADENOSINE DIPHOSPHORIC ACID 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

ADENOSINE TRIPHOSPHORIC ACID 4 CH - 7 CH - 9 CH - 15 CH - 30 CH 5

5 °) METALLQIDIOUE MOLECULAR VIBRATORY HARMONIZER (HVM - METAL)

BORE 4 CH - 7 CH - 9 CH - 15 CH - 0 CH 0 BROME 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

CARBON 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

. CHLORINE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

FLUOR 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

IODE 4CH-7CH-9CH- 1 CH-30CH PHOSPHORUS 4 CH - 7 CH - 9 CH - 15 CH - 3 CH

SELENIUM 4CH-7CH-9CH- 15CH-30CH

SILICON 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

SULFUR 4CH-7CH- CH- 15CH-3 CH

TELLURE 4 CH - 7 CH - 9 CH - 15 CH - CH

6 °) MOLECULAR VIBRATORY HARMONIZER OF ÇQENZYME A (HVM-CoA)

COENZYME A 4 CH - 7 CH - 9 CH - 15 CH - 30 CH List III (continued 5)

7 °) TISSUE VIBRATORY HARMONIZER OF THE CENTRAL NERVOUS SYSTEM (HVT - S. N. C.)

FRONT LOBE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

RIGHT PARIETAL LOBE 4 CH - 7 CH - 9 CH - 1 CH - 3 CH LEI PARIETAL LEFT 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

TEMPORAL LOBE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH.

OCCIPITAL LOBE 4 CH - 7 CH - 9 CH - 15 CH - 0 CH

LOBE OLFACTIF 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

TOTAL BRAIN 4 CH - 7 CH - 9 CH - 15 CH - 3 CH CERVELET CH-7CH-9CH- 15CH-30CH

THALAMUS 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

BULBE RACHIDIEN 4 CH - 7 CH - 9 CH - 15 CH - 3 CH

SPINAL CORD 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

SUBSTANCE BLANCHE MEDULLAIRE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH SUBSTANCE GRI SE MEDULLAIRE 4 CH - 7 CH - 9 CH - 1 CH - 30 CH

MENINGES 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

CEPHALO-SPINAL LIQUID 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

CIRCONVOLUTION of 1ΗIPPOCAMPE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

BODY CALLEUX 4 CH - 7 CH - CH - 1 CH - 30 CH MESENCEPHALE 4 CH - 7CH - 9 CH - 15CH - 30 CH

RHINENCEPHALE 4CH-7CH-9CH- 15CH-30CH

TUBERCULES QUADRI TWINS 4 CH - 7 CH - 9 CH - 15 CH - 30 CH g °) TISSUE VIBRATORY HARMONIZER OF THE PERIPHERAL NERVOUS SYSTEM ((HVT - S. N. P.)

NERVOUS FABRIC 4CH - 7 CH - CH - 15 CH - 30 CH

NERFS CRANIENS 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

NERIAL FACIAL 4CH-7CH-9CH- 15CH-30CH

OPTICAL NERVE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

HEARING NERVE 4 CH - 7 CH - CH - 15 CH - 30CH

NERF TRIJUMEAU 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

PLEXUS BRACHIAL 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

NERF RADIAL 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

NERF CUBITAL 4 CH - 7 CH - 9 CH - 15 CH - 0 CH LUMBAR PLEXUS 4 CH - 7 CH - 9 CH - 1 CH - 0 CH

NERF SCIATIQUE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

PLEXUS HYPOGASTRIQUE 4 CH - 7 CH - 9 CH - 1 CH - 0 CH 46 List III (continued 6)

NERF d ^' ARNOLD 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

NERF GLOSSO-PHARYNGIEN 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

NERF MEDIAN 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

NERVE COMMON EYE MOTOR 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

NERF OLFACTIF 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

PLEXUS SACRE 4 CH - 7 CH - 9 CH - 15 CH - 0 CH

Ψ) VIBRATORY TISSUE HARMONIZER OF THE AUTONOMOUS NERVOUS SYSTEM (HVT - S. N. A ..)

DIENCEPHALE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH HYPOTHALAMUS 4 CH - 7 CH - 9 CH - 15 CH - 30 CH SYMPHATIC GANGLIONS 4 CH - 7 CH - 9 CH - 15 CH - 3 CH PNEUMOGASTRIC NERF 4 CH - 7 CH - 9 CH - 15 CH - 30 CH PLEXUS CAROTIDIEN 4 CH - 7 CH - 9 CH - 15 CH - 30 CH SOLAR PLEXUS 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

10 °) TISSUE VIBRATORY HARMONIZER OF THE ENDOCRINE SYSTEM (HVT - S.E.)

DIENCEPHALE 4CH 7CH 9CH- 15CH 30CH

HYPOTHALAMUS 4CH 7CH CH- 15CH 30CH TOTAL HYPOPHYSIS 4CH 7CH 9CH- 15CH 30CH

ANCIENT LOBE HYPOPHYSIS 4CH 7CH CH- 15CH 30CH

REAR LOBE HYPOPHYSIS 4CH 7CH 9CH- 15CH 30CH

EPIPHYSE 4CH 7CH 9CH- 15CH 30CH

THYROID 4CH 7CH CH- 15CH 30CH PARATHYROID 4CH 7CH CH- 15CH 30CH

PANCREAS 4CH 7CH 9CH- 15CH 30CH

SURRENAL GLANDS 4CH 7CH CH- 15CH 30CH

CORTICO-SURRENALE 4CH 7CH 9CH- 15CH 30CH

MEDULLû-SURRENALE 4CH 7CH CH- 1 CH 30CH List III (continuation 7)

11 °) TISSUE VIBRATORY HARMONIZING OF THE IMMUNE SYSTEM (HVT - S. I.)

RETICULO-ENDOTHELIAL FABRIC 4CH 7CH - 9CH 15CH 30CH

THYMUS 4CH 7CH - 9CH 15CH 30CH

RATE 4CH 7CH - 9CH 1 CH 30CH

BONE CORD 4CH 7CH - 9CH 1 CH 30CH

BLOOD CH 7CH - 9CH 15CH 30CH

LYMPHATIC GANGLIONS 4CH 7CH - 9CH 15CH 30CH

AMYGDALE 4CH 7CH - 9CH 15CH 30CH

BLOOD PLASMA 4CH 7CH - 9CH 15CH 30CH

BLOOD SERUM 4CH 7CH - 9CH 15CH 30CH

12 °) TISSUE VIBRATORY HARMONIZER OF THE VASCULAR SYSTEM (HVT - S.V.)

ARTERIAL FABRIC 4CH-7CH-9CH- 15CH-30CH

ARTERE AORTE 4CH-7CH-9CH- 1 CH-30CH

ARTERE CAROTIDE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH ARTERE CEREBRALE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

OPHTHALMIC ARTERY 4CH-7CH-9CH- 15CH-30CH

ARTERE CORONAIRE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

ARTERE FEMORALE 4CH-7CH-9CH- 1 CH-30CH

ARTERE PULMONAIRE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH VENOUS FABRIC 4CH-7CH- CH- 15CH-30CH

BOTTOM VEIN 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

VEHENE SAPHENE 4 CH - 7 CH - 9 CH - 15 CH - 0 CH

VEEM HEMORROIDAIRE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

CORONARY VEIN 4CH-7CH- CH- 15CH-30CH CAPILLARY TISSUE 4 CH - 7 CH - 9 CH 15CH-30CH

CONNECTIVE FABRIC 4 CH - 7 CH - 9 CH 15CH-30CH

ELASTIC FABRIC 4 CH - 7 CH - 9 CH 15CH-30CH

LYMPHATIC VESSELS 4CH 7CH-9CH- 1 CH-30CH

SMOOTH MUSCLE 4CH 7CH- CH- 15CH-30CH 48 List III (continued 81

13 °) TISSUE VIBRATORY HARMONIZER OF THE OCULAR APPARATUS (HVT - A. Oc)

9CH- 15CH 30CH CH- 15CH 30CH CH- 15CH 30CH 9CH- 15CH 30CH 9CH- 15CH 30CH 9CH- 15CH 30CH 9CH- 15CH 30CH 9CH- 15CH 30CH CH- 15CH 30CH CH- 15CH 30CH CH- 15CH 30CH CH _: 15CH 30CH 9CH- 15CH 30CH CH- 15CH 30CH

14 °) HARMONIZING VIBRATOIRETISSULAIREDU j ^ l SjTEME NEZ-GORGE-OREILLE (HVT -N.G.0.)

4CH - 7CH - 9CH - 15CH - 3CH ENDO-NASAL IVOUSER

SINUSAL MUCOSA 4CH - 7CH - 9CH - 15CH - 30CH

RHINO-PHARYNGEE MUCOSA 4 CH - 7CH - 9CH - 15CH - 30CH PH ARYNX and its mucosa 4CH - 7CH - 9CH - 15CH - 30CH

LARYNX and its mucosa 4CH - 7CH - 9CH - 15CH - 30CH

INTERNAL EAR 4CH - 7CH - 9CH - 15CH - 30CH

4CH - 7CH - 9CH - 15CH- 30CH MEDIUM EAR

Auditory ossicles 4CH - 7CH - 9CH - 15CH - 3 CH MAZE THE ^EAR 4CH - 7CH - 9CH - 15CH - CH 3

TRUST OF DUSTACHE 4CH - 7CH - 9CH - 15CH - CH

TYMPAN 4CH - 7CH - 9 CH - 1 CH - 30CH

TISSUCAPILLAIRE 4 CH - 7CH - 9CH - 15CH - 3 CH

NERFAUDITIF 4CH - 7 CH - 9CH - 15CH - .30CH List III (cont. 9) l ^c . °) TISSUE VIBRATORY HARMONIZER OF THE ORAL-DENTAL SYSTEM (HVT - SBD)

GENCIVES 4 CH - 7 CH - 9 CH - 15 CH - 0 CH LANGUAGE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

SALIVARY GLANDS 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

PAROTIDE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

ORAL MUCOUS 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

TOOTH 4CH-7CH-9CH- 1 CH-30CH (equal parts mixture of incisor, canine, premolar, molar)

INCI SI VE 4 CH - 7 CH - 9 CH - 15 CH- 30 CH

CANINE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

PREMOLAR 4 CH - 7 CH - 9 CH - 15 CH - CH MOLAIRE 4 CH - 7 CH - 9 CH - 15 CH - 0 CH 16 °) TISSUE VIBRATORY HARMONIZER OF THE CARDIO PULMONARY SYSTEM (HVT - S.C. P.)

TOTAL HEART 4 CH - 7 CH - 9 CH - 1 CH - 30 CH PERICARDE 4 CH - 7 CH - 9 CH - 15 CH - 3 CH

ENDOCARD 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

MYOCARD 4 CH - 7 CH - 9 CH - 1 CH - 30 CH

ARTERE CORONAIRE 4 CH - 7 CH - 9 CH - 15 CH - 0 CH

CORONARY VEIN 4 CH - 7 CH - 9 CH - 15 CH - 30 CH AURICULO-VENTRICULAR WALL 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

4CH - 7CH - 9CH - 15 CH - 30 CH HEADSET

VENTRICULES 4 CH - 7 CH - 9 CH - 1 CH - 0 CH

LEFT VENTRICULE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

RIGHT VENTRICLE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH HEART VALVE (qq is its type) 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

LUNG 4 CH - 7 CH - 9 CH - 15 CH - CH

BRONCHES 4 CH - 7 CH - 9 CH - 1 CH - 30 CH

TRACHEE 4CH-7CH- CH- 15CH-30CH

PLEVRE 4 CH - 7 CH - 9 CH - 15 CH - 3 CH DIAPHRAGM 4 CH - 7 CH - 9 CH - 15 CH - CH List III (continuation 10) 17 °) TISSUE VIBRATORY HARMONIZER OF THE DIGESTIVE SYSTEM (HVT - SP

ESOPHAGUS

ESTOMAC AND ITS MUCOSA

CARDIA AND HER MUCOSA

PYLORE AND HER MUCOSA

INTESTIN GRELE AND ITS MUCOSA

DUODENUM AND ITS MUCOSA

JEJUNUM AND ITS MUCOSA

APPENDIX

CAECUM

COLON AND HIS MUCOSA

RIGHT COLON

LEFT COLON

TRANSVERSE COLON

RECTUM AND ITS MUCOSA

PERITONEUM

SMOOTH MUSCLE

LIVER

PANCREAS

BILIARY VESICLE

PANCREATIC CHANNEL

HEPATIC CHANNEL

CYSTIC CHANNEL

CHOLEDOQUE CHANNEL

SPHINCTER ^OF ODDI

10 °) HARMONIZING VIBRATOIRE TISSUE ^OF URINARY (HVT -.. Ur Ap)

REINTOTAL 4CH - 7CH - 9CH - 15CH - CH CORTEXRENAL 4CH - 7CH - 9CH - 15CH - 3 CH MEDULLAIREDUREIN 4 CH - 7 CH - 9CH - 15CH - CH BASSINETPENAL 4CH - 7CH - 9CH- 15CH- .30CH URETERE 4CH - 7CH - 9CH - 15CH - 30CH URETRE 4CH - 7CH - 9CH - 15CH - .30CH List III (continuation 11)

BLADDER 4CH-7CH- CH- 15CH 30 CH

BLADDER BLADDER 4CH-7CH-9CH- 1 CH- 30 CH SMOOTH MUSCLE 4CH-7CH- CH- 1 CH-30CH BLADDER SPHINCTER CH-7CH-9CH- 15CH-3 CH

1 ° ^Q) HARMONIZING VIBRATOIRE TISSUE ^OF FEMALE GENITAL (HVT - AGF)

UTERUS AND ITS MUCOSA 4CH-7CH-9CH- 15Œ- 0CH

TROMPE DE FALLOPE 4 CH - 7 CH - 9 CH - 15 CH - 3 CH

COL UTERIN 4CH-7CH-9CH- 1 CH-30CH

VAGIN AND ITS MUCOSA 4CH-7CH-9CH- I5CH-3OCH

VULVE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH OVAIRE 4 CH - 7 CH - 9 CH - 15 CH - 0 CH

YELLOW BODY 4CH-7CH- CH- 15CH-30CH

20 °) TISSUE VIBRATORY HARMONIZER OF THE MALE GENITAL APPARATUS ⁽ HVT - AGM)

BODY CAVERNEUX 4 CH - 7 CH - 9 CH 15 CH 30 CH SPONGIOUS BODY 4CH-7CH-9CH 15 CH 30 CH VERGE 4 CH - 7 CH - 9 CH 15 CH 30 CH TESTICLES 4 CH - 7 CH - 9 CH 15 CH 30 CH

DEFERENT CHANNEL 4 CH - 7 CH - 9 CH 15 CH 30 CH SEMINAL VESICLE 4 CH - 7 CH - 9 CH 15 CH 30 CH PROSTATE 4 CH - 7 CH CH- 1 CH-30CH EPIDIDYME 4CH CH CH- 15 CH ^Ï , 0CH

1 ° ⁾ VIBRATORY TISSUE BREAST HARMONIZER ⁽ HVT Breast)

BREAST GLANDS 4 CH - 7 CH - 9 CH 15CH-30CH FAT FABRIC 4 CH - 7 CH - 9 CH 15CH-30CH YELLOW BODY 4 CH - 7 CH - 9 CH 1 CH-30CH List III (continued 12

22 °) VIBRATORY TISSUE HARMONIZING OF THE SKIN (HVT - Skin)

TEGUMENT 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

SKIN AREA PILO-SEBACEE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

FAT FABRIC 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

CONJUNCTIVE OR ELASTIC FABRIC 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

HAIR FABRIC 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

2) HARMONIZING TISSUE VIBRATORY OF THE MUSCULAR SYSTEM (HVT - S. M.)

MUSCLE STRIE 4 CH - 7 CH - 9 CH - 1 CH - 0 CH

SMOOTH MUSCLE 4 CH - 7 CH - 9 CH - 1 CH - CH

EYE MUSCLES 4 CH - 7 CH - 9 CH - 15 CH - 3 CH

MYOCARD 4CH-7CH-9CH- 15CH-30CH

24 °) TISSUE VIBRATORY HARMONIZER OF THE OSTEO-ARTICULAR SYSTEM (HVT - S.0. A.)

BONE FABRIC 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

SPONGOUS BONE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

CARTILAGE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH CARTILAGE OF CONJUGATION 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

4CH 7CH CH- 1 CH-30CH ARTICULAR CAPSULE

SYNOVIALE ARTICULAIRE 4CH 7 CH - 9 CH 15CH-30CH

TENDON 4CH 7 CH - 9 CH 1 CH-30CH

LIGAMENT FABRIC 4CH 7CH-9CH- 1 CH-30CH LIGAMENT VERTEBRAL 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

PERIOSTE 4 CH - 7 CH - 9 CH - 15 CH - 30 CH

VERTEBRES 4 CH - 7 CH - 9 CH - 1 CH - .30 CH

4 CH - 7 CH - 9 CH - 15 CH - .30 CH INTERVERTEBRAL DISCS

Claims

1) Device for detecting vibrational disturbances affecting living human tissues or organs, and for determining how to remedy it, which device is characterized in that it comprises tubes or ampoules, each of which contains a dilution or a mixture of dilutions of animal tissues or organs homologous to the human tissues or organs considered, or else a dilution or a mixture of dilutions of molecular extracts homologous to those participating in the structure or to the functioning of the human tissues considered, which dilutions appear exclusively among the following: 1 / 20; 10- ⁸ or 4 CH; ^10-14 or

7 CH; 10- ¹⁸ or 9 CH; ^10-30 or 15 CH; ^10-60 or 30 CH. - 2) Device according to Claim 1, charac¬ terized in that it comprises tubes or ampoules, each of which contains a dilution and only one of an animal organ or tissue homologous to the organ or human tissue to be tested, or indeed a dilution and only one of a molecular extract homologous to those participating in the structure or the functioning of the human organ or tissue to be tested.

3) Apparatus according to claim 1, carac¬ terized in that it comprises tubes or ampoules each containing a mixture in equal parts of the following dilutions: 10- ⁸ or 4 CH; ^10-14 or 7 CH; 10- ¹⁸ or 9 CH; ^10-30 or 15 CH; 10- ⁶⁰ or 30 CH a homologous animal organ or tissue of the organ or human tissue to be tested or a mixtures equal to units of the following dilutions: 10- ⁸ or 4 CH; ^10-14 or 7 CH; 10- ¹⁸ or 9 CH; ^10-30 or 15 CH; ^10-60 or 30 CH of a molecular extract homologous to those participating in the structure or the functioning of the human organ or tissue to be tested. 4) Device according to any one of

Claims 1 to 3, characterized in that each tube or ampoule containing the dilutions of organs, tissues or molecular extracts, is placed in one of the cells of a support, which cells are numbered, or identified by their coordinates in a system of abscesses or ordinates, and each tube or bulb bears the same number or the same contact details as the cell which contains it.

5) Device according to Claim 4, called tissue informative vibratory case, characterized in that it comprises 1200 cells, or 24 per row in the width direction and 50 per row in the length direction, each allowing the loge¬ ment of an ampoule or a tube, and in that each tube or ampoule contains a dilution and only one of an organ or tissue of animal origin homologous to a human organ or tissue to be tested.

6) Device according to Claim 4, called molecular informative vibratory case, characterized in that it comprises 696 cells, that is to say 24 per row in the direction of the width and 29 per row in the direction of the length and allowing each the housing d 'an ampoule or a tube, and in that each tube or ampoule contains a dilution and only one of a molecular extract to be tested. 7) Device according to Claim 4, called global informative vibratory case, caracté¬ ized in that it comprises 540 cells, or 12 per row in the width direction and 45 per row in the length direction, each allowing the accommodation of an ampoule or a tube and in that each tube or ampoule contains: either a single dilution of a tissue to be tested, or a mixture of dilutions of one of these tissues, . or a mixture of dilutions of a molecular extract to be tested.

8) Device according to Claim 4, called harmonic informative vibratory case, characterized in that it comprises 1224 cells, or 24 per row in the width direction and 51 per row in the length direction and each allowing the accommodation of 'one ampoule or tube, and each tube or ampoule contains:. either a single dilution of a tissue to be tested,

. or a mixture of dilutions of molecular or tissue extract to be tested.