RU2139114C1 - Device for treatment of tumors, viral and bacterial diseases - Google Patents

Abstract

FIELD: medicine. SUBSTANCE: device has antenna series-connected to high-frequency generators. It is provided with computer and control devices connected to high-frequency generators synchronized from high-stable, reference crystal-controlled oscillator. Every subsequent generator has increasing range, and it may be set up simultaneously in series, parallel and scanning modes of high-frequency electromagnetic radiation. Frequency range of action formed is within 0.01-18 GHz. Device is designed to form action which destroys chemical bonds between polymers in malignant cells, virus and bacteria. EFFECT: enhanced efficiency of treatment. 4 cl, 4 ex, 4 dwg

Description

 The invention relates to medicine, namely to devices for the treatment of neoplasms, viral diseases, including the HIV virus in humans, bacterial diseases of non-malignant and benign tumors of any nature.

The following are widely used for the treatment of these diseases: radiation exposure with the help of ionizing radiation, thermal heating of tumors to their decay temperature, including using microwave energy (YAHTA - 5) in the frequency range 915 MHz for external exposure with a power of 0.5-0 6 W / cm ² .

 A device for local high-frequency therapy of malignant tumors of humans and animals. The device includes electrodes and the walls of applicators attached to them, mounted with the possibility of movement. The chamber of each applicator is a siphon filled with a liquid dielectric.

 However, despite the many devices for electromagnetic treatment of neoplasms and viruses, there are numerous contraindications that limit their use.

 A device is known for creating electromagnetic radiation in the microwave range, including a block circuit consisting of a highly stable quartz oscillator, antenna, electronic thermometer, IR radiation source, anechoic chamber, spectrophotometer, cooler and irradiation object (test tubes with solution).

 The closest analogue is the device used to treat malignant neoplasms in laboratory animals, which showed the effectiveness of the treatment. The disadvantage of this device is that it can use only one of the modes proposed in the present invention is the scanning mode.

где Д - диапазон излучения всех генераторов, ГГц
a₁, a₂,...a_n - диапазоны излучения генераторов, ГГц,
n - количество генераторов,
в него введены высокостабильный кварцевый генератор для синхронизации генераторов, устройство управления, компьютер для задания программы режимов работы генераторов, каждый из которых подключен к соответствующему устройству управления для обеспечения выбранного режима работы, при этом режиме задают последовательный, параллельный, смешанный и сканирующий, а диапазон излучения всех генераторов находится в интервале (О,01 - 18) ГГц.The problem is solved by creating a device for the treatment of neoplasms, viral and bacterial diseases, containing antennas associated with generators, the number of which satisfies the ratio

where D is the radiation range of all generators, GHz
a ₁ , a ₂ , ... a _n - radiation ranges of generators, GHz,
n is the number of generators,
a highly stable crystal oscillator for synchronizing generators, a control device, a computer for specifying a program of generators operating modes, each of which is connected to the corresponding control device to provide the selected operating mode, are introduced into it; in this mode, a sequential, parallel, mixed and scanning, and the radiation range all generators are in the interval (O, 01 - 18) GHz.

 In the device for the treatment of neoplasms, viral and bacterial diseases, antennas, generators and a control device can be combined into a single unit.

 In the device for the treatment of neoplasms, viral and bacterial diseases, each generator is connected to one control device and forms a single unit equipped with an individual antenna. In the device for the treatment of neoplasms and viral diseases, antennas can be made U-shaped.

The claimed invention has several advantages:
- the device is characterized by the effectiveness of the action and the absence of side effects on the patient's body;
- the use of the device does not require any contact with a person;
- the total power flux density during operation of the device does not exceed sanitary and hygienic standards for all countries of Europe and America, and at the patient’s location is much less than 10 μBt / cm ²
- there is no thermal heating for any organs of the patient's body;
- the device allows for the impact during the session simultaneously on several patients (collective treatment);
- the device is simple to implement and does not require specially equipped rooms for its use;
- the device is easy to use and does not require special training of staff;
- the device has high performance and cost-effective;
- during the operation of the device (treatment session), the patient is unloaded psychologically.

 The treatment effect is achieved by exposure to electromagnetic radiation of a sequence of frequencies generated by generators and resonant biopolymers with respect to chemical bonds in malignant cells, viruses and bacteria and leading to the breaking of chemical bonds, destruction and death of malignant cells, viruses and bacteria and not resonant with respect to to chemical bonds of binding biopolymers in healthy tissues, viruses and bacteria and not leading to the breaking of chemical bonds, destruction and death of adhesives ok, viruses and bacteria.

Considering that the energy of the quantum transition in the selected range of 0.01-18 GHz is small and amounts to 10 ²⁶ -10 ²⁴ J, the requirements for power characteristics can be significantly reduced.

 The invention is illustrated by drawings, where in FIG. 1 shows a general diagram of the device, FIG. 2,3 - variants thereof, in FIG. 4 embodiment of the antenna.

A device for the treatment of neoplasms, viral and bacterial diseases by electromagnetic radiation contains:
antenna 1, control unit (UU) 2, additional antenna 5, generators 4 and an electronic computer 5, highly stable reference crystal oscillator (KG) 6 and power supply 7. Each of the generators 2 has its own power supply 7. Each of the generators 2 has its own frequency range, the joint work of all generators provides the generation of any frequency from the range of 0.01-18 GHz. The power flux density at the receiving location is less than 10 μW / cm ² .

Depending on the range of the disease, the required number of generators and the mode of operation of each generator are selected for the treatment. The range of operation of each generator is arbitrarily selected and the entire range can be divided, for example, as follows:
a ₁ = 0.01-0.1 GHz, a ₂ = 0.1-0.4 GHz, a ₃ = 0.4-0.8 GHz,
a ₄ = 0.8-1.2 GHz, a ₅ = 1.2-2.0 GHz, a ₆ = 2.0-4.0 GHz,
a ₇ = 4.0-8.0 GHz, a ₈ = 8.0-18 GHz,
Each subsequent generator has an increasing frequency range. To ensure the treatment process, the device operates in sequential, parallel and scanning mode. The choice of the operating mode of each generator and the device as a whole is set programmatically with a computer. The device can be made in various ways:
- in a single housing together with antennas;
- consist of two units, when the generators and the antenna device are combined into a separate remote unit, and the control device, the reference crystal oscillator, the power supply unit make up the second unit connected to the first remote cable (remote option);
- the device may consist of a set of interchangeable units consisting of a generator, antenna and control device.

 For the convenience of technological execution and the implementation of the possibility of simultaneous serial and parallel modes, the inventive generator is divided into "n" ranges.

The radiation of the selected frequencies is carried out through the antenna device (1,3), while the number of antennas is determined by the technological capabilities that implement the claimed range. The power radiated by the antenna is limited by sanitary and hygienic standards for the population and staff, in which the power flux density does not exceed 10 μW / cm ² at the receiving location.

 Each generator is controlled by a separate control unit UU (2) provides frequency selection, connection of the reference generator, selection of the generator operating mode, frequency grid pitch, modulation characteristics, gating of radiated power.

The operation mode of UU1-UU _n is set from a computer (computer) (5), with the help of which, in addition to providing UU functions, the correct operation of the device as a whole, the accuracy of the set resonant frequencies, the algorithm for issuing treatment programs during the operation of the device and providing service programs are monitored: Session number indication, operating time, etc.

To obtain a more accurate value of the resonant frequency, the device is equipped with a highly stable reference crystal oscillator (6) that synchronizes the generator. The generator scan mode (a ₁ - a _n ) occurs without a highly stable crystal oscillator.

 A device for the treatment of neoplasms, bacterial and viral diseases, made in the form of a device, in the variants proposed in the invention, is located at a distance convenient for the patient. The patient’s position is arbitrary: he can sit, lie, turn, walk. Since irradiation is total, several patients can be exposed at the same time. The distance from the device to the patient is not critical and can range from tens of centimeters to several meters and is determined only by the size of the room. The use of a U-shaped antenna (Fig. 4), when one generator operates on two antennas, is advisable for generators in the range 8 - 18 GHz in the treatment of patients with multiple metastases.

 The invention is illustrated by examples of clinical trials.

Example 1
Patient A. Suffers from prostate adenoma disease. According to ultrasound, the size of the prostate is 7.3 x 11 cm. The function of urination is impaired. The operation to remove a tumor of the prostate adenoma due to weak heart failure is not indicated. Sessions of simultaneous exposure to electromagnetic radiation of resonant frequencies in the range of 0.01-2 GHz were conducted in parallel mode from the 5th generators (a ₁ -a ₅ ). 1st - 0.085 GHz, 2nd - 0.26 GHz, 5th - 0.460 GHz, 4th - 0.92 GHz, 5th - 1.5 GHz. Repeated ultrasound. The size of the prostate adenoma decreased to 5.0 • 6.9 cm. The function of urination returned to normal. Four months later, an ultrasound scan was done again: dimensions 4 x 6.9 cm. The tumor is homogeneous. The volume of residual urine is 60%. The patient has no complaints.

Example 2
Patient K., 79 years old. Complaints of pain when swallowing, profuse salivation with expectoration of sticky sputum with a bloody tint, weakness, poor sleep. Laryngoscopy data; the pharynx is hyperemic, the left scaly palatine-laryngeal ligament is tuberously thickened, the lumen of the false vocal cords is symmetrically narrowed. Lymph nodes in the left submandibular region are enlarged, painful with pulpation. For laboratory tests taken: sputum, scraping of the mucosa, a general analysis of blood, urine. On tomographic sections of the larynx, deformation of the walls of the larynx tube, thickening of the left epiglottis ligament. The diagnosis is laryngeal cancer. Sessions of exposure to electromagnetic radiation at the same time with 5 resonant frequencies from the range (A ₁ -a ₅ ) of the generators in parallel mode (example 1) were conducted, and subsequently, sessions of exposure to frequencies from the range (a ₁ -a ₅ in sequential mode), 1 1st - 0.085 GHz, 2nd - 0.22 GHz, 3rd - 0.447 GHz, 4th - 0.92 GHz, 5th - 1.2 GHz.

 A marked improvement in the general condition of the patient was noted, pain during swallowing decreased, lymph nodes in the left submandibular region decreased to normal sizes. After repeating after a month of radiation sessions, the general condition of the patient is satisfactory, does not experience pain when swallowing, salivation ceased. Based on age, the patient evaluates the treatment as the only very effective and humane (sparing). The patient is observed for 8 months.

Example 3
Patient 1H. , 50 years. Diagnosis: prostate cancer, sclerosis of the neck of the bladder, chronic prostatitis, chronic pancreatitis. An increase in PSA (prostatic special antigen) to 60 ng / ml, at a rate of 0-4.6 ng / ml, exposure was carried out by electromagnetic radiation in the scanning mode in the areas of the generators a ₇ - a ₈ (a ₇ - 2-4 GHz, a ₈ - 8-18 GHz). After the sessions and repeated ultrasound: the prostate gland without pathologies, its size is reduced, the PSA value is normal and is 4 mg / ml. The patient significantly showed sexual activity.

Example 4
Patient R. 56 years. The diagnosis is cancer of the right breast. T4NIMO. The right mammary gland is completely occupied by a dense tumor with a tendency to manifest, the nipple is retracted, painful. The right axillary lymph node is enlarged to 3 centimeters in diameter. The patient is inoperable. 5 frequencies were treated from the generators a ₁ , a ₂ , a ₃ , a ₄ , a ₅ in parallel mode (analogously to example 2) using detoxification therapy. After treatment, the tumor in the right mammary gland decreased by half, became softer. The right axillary lymph node is not palpable. A decision was made to conduct a radical mastectomy.

Claims (4)

1. A device for the treatment of neoplasms, viral and bacterial diseases, containing antennas associated with generators, the number of which satisfies the ratio

where D is the radiation range of all generators, GHz; a1, a2, ... an - radiation ranges of generators, GHz;
n is the number of generators,
characterized in that a highly stable crystal oscillator is introduced into it for synchronizing the generators, a control device, a computer for setting a program of operating modes of the generators, each of which is connected to the corresponding control device to provide the selected operating mode, while the modes specify serial, parallel, mixed and scanning , and the radiation range of all generators is in the range of 0.01 - 18 GHz.  2. The device according to p. 1, characterized in that the antennas, generators and control devices are combined into a single unit.  3. The device according to p. 1, characterized in that each generator and the corresponding control device form a single unit, which is equipped with an individual antenna.  4. The device according to paragraphs. 1-3, characterized in that the antennas are made U-shaped.

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