RU2212914C1 - Method and device for treating human organism - Google Patents

Abstract

FIELD: medicine; medical engineering. SUBSTANCE: method involves applying anti-phase emission of light quanta produced by own human organism biostructures. Before applying the treatment, the patient is examined by using tests describing nonspecific adaptation reserves and cellular metabolism activity. The patient is treated in completely dark room in the course of procedure during 5-20 min with at least two mirror surfaces arranged above the open skin. The mirror surfaces are arranged at an angle to each other. The procedures are repeated daily with the complete temperature course being 7-10 procedures long. Additional examination of the like kind is carried out after the course is over. The values under study being normalized, the procedure cycle is to be terminated. The device has mirror surface for administering radiation treatment using anti-phase light quanta produced by own human organism biostructures. The mirror surface has at least two mirror surfaces arranged at an angle to each other. The device additionally has means for positioning the patient and a mechanism for adjusting mirror surfaces position relative to the means for positioning the patient. EFFECT: enhanced effectiveness of hemostasis; balanced activated tissular and cellular metabolism w simple equipment. 2 cl, 5 dwg

Description

 The invention relates to the field of medicine and medical equipment and can be used for prophylactic, therapeutic and rehabilitation purposes.

 A known method of exposure to the body according to the "Device for exposure to a magnetic field" (Russian Patent 2003361), in which the patient is laid on a base containing sections of inductors for various parts of the body, and in accordance with the selected treatment method, a programmed supply of electrical signals is carried out. This allows the formation of a large number of options for the implementation of the magnetic field.

 The disadvantage of this effect in the known device is that the individual selection of the parameters of the acting magnetic field for each patient, in principle, cannot provide stable accuracy of matching the fields in terms of level and frequency code with the body's own control signals. It should be noted the inconvenience of this method of exposure for the patient himself, since all parts of his body are pulled together by belts, since the effectiveness of the effect depends on the contact density of the inductors. Finally, the device is bulky and difficult to manufacture.

 A known method of influencing the body and device for its implementation according to Russian Patent 2182458, Bull. 14, 2002. This method involves pairing the patient with the means of influence and creating a single closed circuit of influence, providing the transmission (translation, communication) of the body's own control signals and, accordingly, its radiation in a closed circuit, one part of which is the body itself and the other is the means of transmission (broadcasts, communications).

 The essence of the technical solution is to transmit signals between active points and zones of the body through an artificial system of waveguides, which reduces signal scattering and improves information communication in the body's regulatory chain. The closed loop allows for feedback, which ensures the alignment of the energy of the body while simultaneously affecting several pairs of symmetrical points and / or zones. Such an impact makes it possible to start the body’s self-regulation system in the mode of active work.

 A device for implementing this method comprises a means for locating an organism, which has a system of sensors and waveguides, the sensors being located at projection points of regulatory significant points (zones) of the body and connected by waveguides.

 The disadvantage of this known method is that the acting spectrum is limited to the radiation of individual points or zones of the body and there is no possibility of its antiphase conversion in the reflected stream. In addition, only a functional system of self-regulation is included in feedback through symmetrical active points (zones), while there is no direct corrective relationship at the tissue and cellular level. For example, in the known method does not provide for the possibility of exposure to pathological foci by autoradiation of healthy tissues of the body. It should also be noted that in devices for implementing the known method, the sensors are isolated from the patient’s body, as a result of which the visible and ultraviolet radiation ranges are not involved in the closed loop of these devices.

 The closest analogue to the claimed technical solution is a method of influencing the human body and a device for its implementation (RU 2122446 C1, Kaznacheeva V.G. et al., 11.27.1998).

 The known method includes exposure to antiphase radiation of light quanta produced by the body’s own biostructures of the human body.

 A device for influencing the human body according to this method includes a mirror surface for directed exposure to antiphase radiation, including light quanta produced by the body's own biostructures.

 The disadvantage of the analogue of the prototype is that when exposed to the radiation of its own biostructures of the body, reflected according to the laws of optics by a mirror surface, the external light background is not excluded. Only in the absence of external light radiation can we say that the action is performed by light quanta produced by the body itself.

 The disadvantage of the method is the limited possibility of changes in focusing and radiation redirection to the regulatory zones of the body, since these changes in the known device can be achieved either by turning the human body or by rotating the platform on which it is placed. In addition, the presence of a platform electric motor can introduce an additional neglected electromagnetic effect on the body.

 The present invention is based on the task of creating a method of exposure, able to balancedly activate metabolic processes at the tissue and cellular levels of the body.

 According to the invention, this is achieved by the fact that when implementing the method of exposure to the human body, including the exposure to antiphase radiation of light quanta produced by the biostructures of the human body, before the course of exposure, a preliminary examination of the patient is carried out according to tests characterizing the state of non-specific reserves of its adaptation and the activity of cellular metabolic processes, during the procedure for 5-20 minutes carry out the impact by placing the patient completely In a room and at least two mirror surfaces placed at an open skin angle placed at an angle to each other, the procedures are repeated daily, the course is 7-10 procedures, after the course is completed, an additional similar examination of the patient is carried out, and with normalization of the indicators, the cycle of procedures is completed.

 To implement the proposed method in a device for influencing the human body, containing a mirror surface for the directed action of antiphase radiation of light quanta produced by the biostructures of the human body, the mirror surface is made of at least two mirror surfaces conjugated at an angle to each other, the device further includes means for placement of the patient and the mechanism for regulating the position of the mirror surfaces relative to the means for placing the organ zma of the patient.

 The effectiveness of exposure to the body using the proposed method is explained by the fact that the use of reflected intrinsic radiation in a wide range of the spectrum guarantees stable accuracy of matching the exposure radiation in terms of level and spectral code with the intrinsic radiative activity of body cells. At the same time, the translation and redistribution of their own “positive” radiation, together with the antiphase self-suppression of the radiative activity of pathological cell structures (autophoton therapy), ensure the inclusion of positive and negative feedback mechanisms in the regulation of cellular metabolism.

 On the basis of the proposed method of exposure, it becomes possible to create various devices for its implementation, while the means for placing the body can be made in the form of a couch with the possibility of affecting the whole organism or its individual areas in a prone position or in the form of a chair for local effects with a comfortable posture for the patient.

 The invention is illustrated by drawings.

 In FIG. 1 shows a diagram of a General view of a device for effecting an organism according to the claimed method.

 Figure 2 presents a diagram of a mechanism for regulating the position of mirror surfaces relative to the means for placing the body.

 In the drawings, 1 is indicated - a means for placing the body; 2 - a set of two mirror surfaces conjugated at an angle to each other; 3 - carriage; 4 - guides; 5 - supporting frame; 6 - screw vertical movement; 7 - nut for vertical propeller; 8 - locknut lock position; 9 - hinge. The arrows in figure 1 show the direction of adjustment of the position of the mirror surfaces.

 In accordance with the proposed method of exposure, the patient is placed on a tool 1, over which is a set consisting of two mirror surfaces 2 conjugated at an angle to each other, moving the carriage 3 along the guides 4 of the support frame 5, a set of mirror surfaces is installed over the desired area of the body, with using a screw 6, moved along the thread of the nut 7, adjust their vertical position relative to the patient and fix the selected position with the lock nut 8, the hinge 9 rotates the set of mirror surfaces awns in the horizontal plane.

 In practice, the method of exposure to the body is as follows.

 The patient undergoes a preliminary general clinical examination of the doctor and examination according to tests characterizing the state of non-specific reserves of his adaptation and the activity of cellular metabolic processes. Such tests can be, for example, determining the hemodynamic adaptive potential (see Bayevsky PM et al. Assessing the effectiveness of preventive measures based on measuring the adaptive potential of the circulatory system // Health of the RSFSR, 1987. - 8. - P. 6-10), determination of parameters blood systems that characterize the redox metabolism of the body (see Sokolovsky V.V. Thiol disulfide blood ratio as an indicator of the state of nonspecific resistance of the body. Textbook. St. Petersburg, 1996. - 30 p.) And other well-known tests carried out using standard medical equipment and general-purpose biochemical equipment.

 After conducting a general clinical examination and testing, the patient’s condition is placed on the tool 1 of the inventive device under a set of mirror surfaces 2. Using the regulation mechanism, the mirror surfaces are installed and fixed in position, for example, along the patient’s body (the interface line of the mirror surfaces is located above the projection of the spine). The impact is carried out by the entire area of the mirror surfaces on the open body of the patient in a completely darkened room. The exposure time is selected individually and is usually 5-20 minutes. Exposure procedures are repeated, preferably daily. Typically, the complex is 7-10 procedures. In the process of carrying out a complex of procedures, the patient's well-being, the state of his functional systems and metabolic activity are monitored. After the end of the whole complex of procedures, diagnostic tests are repeated that characterize the state of non-specific reserves of adaptation and activity of the metabolic processes of the body. With the normalization of these tests and the improvement of the general condition of the body by subjective sensations, the recovery cycle in the medical institution ends. The patient receives appropriate recommendations for the subsequent period.

 Example. Patient P.M., 69 years old. Diagnosis: arthritis of both wrist joints, deforming arthrosis of the right, stage II hypertension, swelling of the legs and arms. Complaints: leg pain, difficulty walking, poor sleep, fatigue, psychological imbalance. The patient conducted two courses of autophoton exposure by the claimed method using a device for its implementation. The first course - 7 procedures, the second - 9 procedures, a break between courses - 3 weeks. The duration of exposure is 10-12 minutes. According to the patient’s self-esteem, after 3-4 procedures, the patient began to subside puffiness in her legs, her step accelerated (she started to run after the bus), her knees ached, she refused diclofenac injections; after the 7th procedure: it became easy to move and go down the stairs, pains in the hands still remain, the state of anxiety, self-criticism disappeared, sleep was normalized, and the feeling of vigor was normalized.

 In FIG. 3 presents a spectrogram of the blood of the patient PM at the stages of passing two courses of procedures according to the claimed method.

 Figure 4 presents the spectrogram of the same patient immediately before and after a single exposure procedure.

 Figure 5 presents a graph of the index of resistance of the erythrocyte membrane before and after the first course of exposure and after rest.

 In the spectrograms of FIGS. 3 and 4, the optical density in the wavelength ranges characterizing the level of metabolic processes in the blood system is significantly higher after exposure. The erythrocyte resistance index (Fig. 5) after the course of exposure also rises with positive subsequent dynamics during the rest period. Based on the patient's subjective assessment of her condition and the results of instrumental testing, we can conclude that in this case a significant positive effect was achieved in her state of health. Similar results of an effective increase in non-specific reserves of adaptation, activation of metabolism and, as a result, overall significant improvement in well-being were obtained in other patients who underwent autophotonic exposure according to the claimed method during its clinical testing.

 The positive effect of the proposed method is determined by the fact that the effect provided by the claimed device contributes to the destruction of certain stable functional stereotypes (including psychological) in the body, induces the processes of systemic physiological restructuring, helps to destroy the old and weakened by oxidative stress forms of red blood cells, while inducing the activation of protective metabolic systems blood and biosynthesis processes. The method is simple to implement and does not require complex and expensive medical equipment.

Claims (2)

 1. The method of exposure to the human body, including exposure to antiphase radiation of light quanta produced by the biostructures of the human body, characterized in that before the course of exposure a preliminary examination of the patient is carried out according to tests characterizing the state of non-specific reserves of its adaptation and the activity of cellular metabolic processes during the procedure within 5-20 minutes carry out the impact by placing the patient in a completely darkened room and establishing over it from covered skin of at least two mirror surfaces placed at an angle to each other, the procedures are repeated daily, the course is 7-10 procedures, after the course is completed, an additional similar examination of the patient is carried out and the cycle of procedures is completed when the parameters are normalized.  2. A device for influencing the human body, containing a mirror surface for the directed action of the antiphase radiation of light quanta produced by the biostructures of the human body, characterized in that the mirror surface is made of at least two mirror surfaces conjugated at an angle to each other, the device further includes means for accommodating the patient and a mechanism for adjusting the position of the mirror surfaces relative to the means for placing the patient's body.

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