METHOD FOR OBTAINING A THERAPEUTIC MEDIUM IN GASEOUS FORM DEVICE FOR IMPLEMENTING THIS METHOD AND THERAPEUTIC MEDIUM SO OBTAINED

Description

1 5 10 15 20 25 field of medicine TfcSTO DKLU DESCRIPTIONThe present invention relates to the field of treatment or prevention of diseases of humans, animals, or plants, and has as its object a method for obtaining a therapeutic medium in gaseous form. The aim of the invention is also a device for implementing this method, and also the therapeutic means thus obtained. Currently, therapeutic treatments are generally carried out by means of drugs administered in liquid or solid form, orally or rectally, or even by parenteral injection, in the case of liquids. These drugs are generally very effective, but often, due to their dosage and composition, they produce undesirable and even dangerous side effects. The present invention aims to remedy these drawbacks. The aim of the present invention is in fact a method for obtaining a therapeutic means, characterized in that this method consists in diluting a gas, which serves as a remedy, in another gas, in a previously cleaned, sealed container, according to a decimal, centesimal or similar dilution ratio, and then in making the gas mixture thus obtained dynamic, for about 5 minutes, by mixing or agitating it, or by heating the container, or by circulating the mixture itself, in repeating the dilution and dynamic operations of the gas mixture, until the desired degree of dilution is reached, and finally in decanting the therapeutic means obtained into means of transfer and application, such as hermetically sealed syringes, watertight enema bulbs, or emetic containers intended to be used for inhalation or for feeding a syringe, or gelatinous pills that can be taken orally. According to a variant embodiment of the invention, in the case of a mixture of gases in liquid phase, the operation of transferring the therapeutic medium into the means of transfer and application is preceded by a phase of expansion of the mixture, intended to bring it to the gaseous state. The object of the invention is also a device for implementing the method described above, which is characterized by the fact that it is substantially constituted by a sealed container equipped with one or more connections for gas sources* from multiple gas sources, by a means for dynamizing the gas mixture* such as a fan*, an agitator*, a circulation pump connected to two ends of the container* or a device for heating the container, by a means for transferring the therapeutic medium to the means for transferring and applying the therapeutic medium and, in the case of a liquid phase preparation, by an expansion device mounted between the sealed container and the transfer means. The invention also has as its object, as a new product, a therapeutic means characterised by the fact that it consists of a gas which serves as a remedy, and is diluted according to a decimal, centesimal, or similar ratio, in another gas, the dilution thus obtained being made dynamic, and by the fact that it is contained in a means of transfer for application, such as a sealed syringe, a sealed enema bulb, or an emetic container intended to serve for an inhalation, or for feeding a syringe, or a gelatinous pill which can be taken orally. 5 10 15 « » · *·♦ Ili) * * • ·· + · · » ♦E « * » cV.Ì <*** 20 The invention will be better understood from the following description of a preferred embodiment, given by way of non-limiting example, and explained with reference to the attached schematic drawing, the only figure of which is a sectional view of the device for implementing the method according to the invention. The method for obtaining a therapeutic remedy consists essentially in diluting a gas, which serves as a remedy, in another gas, in a previously cleaned, sealed container 1, according to a decimal, contesimal* or similar ratio. These gases are introduced into vessel 1 from gas sources 2 via the connections. Once the first degree of dilution has been reached, the gaseous mixture, which is in the liquid or gaseous phase, is made dynamic for approximately 5 minutes by means of a circulation pump 4 connected to the ends of vessel 1. A second dilution is then carried out, followed by the mixture being made dynamic again, and these operations are repeated until the desired degree of dilution is reached. The therapeutic medium thus obtained is then transferred, if it is in the gaseous phase, via a transfer device such as a tap, or similar, into a transfer and application device, such as a hermetically sealed syringe, a dispensing bulb, or a syringe. 10 15 ♦ l* · · «««· ·»·· Μ». « . • M% .· 20 25 10 15 20 25 hermetically sealed container, or an airtight container intended to be used for inhalation, or for feeding a syringe, or a gelatinous pill that can be taken orally. In the case where the dilution is prepared in the liquid phase, between the vessel 1 and the transfer medium J there is an expansion device, not shown, which brings the mixture to the gaseous phase. The gas used as a remedy, which can be any gas, even a toxic one, is diluted in another gas, preferably non-toxic, according to the proportions 1 / 9, 1 / 99, or others. Thus, for example, 1 liter of oxygen mixed with 9 liters of carbonic gas provides oxygen diluted to a tenth, thus obtaining the first decimal dilution of oxygen, briefly called oxygen 1). If 1 liter of this first mixture of oxygen D1 is again diluted in 9 liters of carbonic gas, oxygen D2 is obtained. By repeating these dilutions, oxygen D1, M, etc., will be obtained. In the case of a dilution ratio of 1 / 99*, centesimal dilutions of oxygen are obtained (which are subsequently classified as oxygen G1, C2, eoe. 10 15 * % *·«;v*' «* , * * l|| “> ;λ; U i* » «« 20 25 6 10 15 20 25 The gases used can be pure gases, sii.of complex mixtures of gases obtained by various processes, such as putrefaction, distillation, fermentation, combustion, carbonization, evaporation, sublimation, or other, the operation of making the mixture of gases dynamic, carried out after each dilution, is intended to subject the said mixture to vigorous agitation, such as to make it perfectly homogeneous, The therapeutic means according to the invention can be applied in a vast field of pathology, and is advantageously packaged in hermetically sealed syringes, in hermetically sealed enema bulbs, in containers in the form of hermetically sealed bottles, which can be opened for treatment by inhalation, or which have a flexible operculum that can be pierced by the needle of a syringe; »ga to fill the syringe itself, or in pressurized bottles, or in gelatinous pills intended for oral ingestion.As an example of therapeutic application, asuia can be treated with a dilution of 1)6 oxygen in nitrogen. Contraction or memory disorders can be treated with 1)6 oxygen or 1)6 carbon dioxide. 10 15 .... ··· * * * **·», *·· ···. :.i 2Ó: 25 10 15 20 25 in nitrogen. Fatigue and recovery problems can be treated with ammonia 1)6 in a diluent such as d-nitrogen, ethylene, hydrogen, or other. Depending on the disorders to be treated, the dilution of the remedy will be more or less significant, that is, for mental disorders, such as poor memory or others, the dilution will be strong; for functional disorders, the dilution will be medium; and for organic disorders, the dilution will be weak. For example, oxygen, prepared according to the method according to the invention, has the essential pharmacological property of acting on the metabolism of oxygen in the organism, that is, on cellular respiration. The therapeutic means according to the invention has the advantage, compared to existing diluted and dynamic remedies prepared from solid or liquid substances, of greater efficacy and of not causing undesirable side effects. It is understood that the invention is not limited to the embodiment described © represented in the attached drawing. Modifications are possible, in particular - and - »r. PORSIA $. SU 15 lar from the point of view of the types of dilution and the constitution of the device for implementing the method, without however going beyond the scope of protection of the invention* 20 25 9 10 15 * '**\ * *·** 2G* 25

Claims

10 15 20 25 1. Method for obtaining a therapeutic medium, characterised by the fact that this method essentially consists in diluting a gas used as a remedy in a previously cleaned, sealed container (1) in another gas, according to a decimal, centesimal or other dilution ratio, and then in making the gas mixture thus obtained dynamic for about minutes, by stirring or heating the container, or by circulating the mixture, in repeating the operations of dilution and of making dynamic the said mixture, until the desired degree of dilution is reached, finally in transferring the therapeutic medium obtained to means of transfer and application, such as hermetically sealed syringes, hermetically sealed enema bulbs, or hermetically sealed containers intended to be used for inhalation, or for 1 food, a syringe, or a gelatinous pill that can be taken orally.

2. Method according to claim 1, characterized in that in the case of a gas mixture in liquid phase, the operation of transferring the therapeutic medium into the transfer means and applying it is preceded by an expansion phase of the mixture and in 10 15 ,..... .... *.· .·. ···.* :-:20- .· H V.: 25 IO - 1 5 10 15 20 25 the same, intended to bring it to the gaseous state, 2. Device for carrying out the process according to any of the claims 1 and 2, characterised in that said device essentially consists of a sealed closed vessel (1) equipped with one or more connections (2) for gas sources, from several gas sources (,?), from a hub (4) for making said gas mixture dynamic, such as a fan, an agitator, a circulation pump connected to the two ends of the vessel, or a device for heating the vessel, and from a means (*>) for transferring the therapeutic medium into the transfer and application means.

4. Device according to claim 2>, characterised by the fact that in the case of a mixture of gases in the liquid phase, a transfer device is provided between the vessel (1) and the transfer medium (*>) which brings the mixture itself into the gaseous phase. i>. Therapeutic means, obtained by applying the method according to any of claims 1 and 2, in a device according to any of claims 5 and 4, characterized in that it consists of a gas which serves as a remedy, and is diluted according to a decimal ratio, expressed in the solution or in another gas, the dilution obtained being dynamic, and in that it is enclosed in a means of transfer and application such as a hermetically sealed syringe.

6. A therapeutic means according to claims 1-4, characterized in that the gas used as a remedy is any gas, even toxic, while the gas used as a diluent is preferably a non-toxic gas.

7. A therapeutic means according to any of claims 1 and 6, characterized in that for the treatment of asthma it consists, for example, of a dilution of oxygen 1)6 in nitrogen.

8. A therapeutic means according to any of claims 5 and 6, characterized in that for the treatment of asthma it consists, for example, of a dilution of oxygen 1)6 in nitrogen. Its application to the treatment of concentration or memory disorders consists, for example, in a dilution of oxygen J;6 or carbon dioxide L>6 in nitrogen.

9. A therapeutic method according to any of claims 1 and 6, characterised in that for its application to the treatment of fatigue states or recovery problems, it consists, for example, of a dilution of ammonia P6 in nitrogen, oxygen, or hydrogen. 10 10 15 15 20 20 25 25 15.