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Singlet-oxygen therapy. Scientific and methodological materials

Książka
N. Chukhraiev , E. Chukhraieva , M. Gun’ko , L. Kurik , S. Lomeiko , Y. Marushko , N. Samosyuk , A. Tkalina , A. Vladimirov , A. Unichenko , R. Zavorotnaya , W. Zukow , N. Chukhraiev Redaktor , A. Vladimirov Redaktor , W. Zukow Redaktor , V. Lysenyuk Recenzent , V. Sobetsky Recenzent , Y. Horlatenko Tłumacz
2018-02-05 angielski
Radomska Szkoła Wyższa w Radomiu, Medinteh
Liczba arkuszy: 6,03
124 , Radom, Kyiv
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Radomska Szkoła Wyższa w Radomiu MEDICAL INNOVATIVE TECHNOLOGIES SINGLET-OXYGEN THERAPY Scientific and methodological materials 2018 This edition had extended and translated from ukrainian Edited by Chukhraiev N., Vladimirov A., Zukow W. Radom, KyivRadomska Szkoła Wyższa w Radomiu MEDICAL INNOVATIVE TECHNOLOGIES SINGLET-OXYGEN THERAPY Scientific and methodological materials 2018 This edition had extended and translated from ukrainian Edited by Chukhraiev N., Vladimirov A., Zukow W. Radom, Kyiv2 UDC 615.835.3 Authors: Chukhraiev N., Chukhraieva E., Gun’ko M., Kurik L., Lomeiko S., Marushko Y., Samosyuk N., Tkalina A., Vladimirov A., Unichenko A., Zavorotnaya R., Zukow W. Edited by: Chukhraiev N., Vladimirov A., Zukow W. Reviewers: Lysenyuk V., Sobetsky V. This  scientifc  and  methodical  publication  presents  a  physicochemical concept for the preparation and application of singlet-oxygen  therapy by activating photochemically sensitized air or ingesting water  after  its  barbituration  with  activated  singlet  oxygen.  Also,  the  technology  of  therapy  and  examples  of  its  use  in  the  treatment  of  a  number of pathological processes for the purpose of correcting the disturbances of free radical oxidation are described. © «Мединтех», 2018 Chukhraiev N., Chukhraieva E., Gun’ko M., Kurik L., Lomeiko S, Marushko Y., Samosyuk N., Tkalina A., Vladimirov A., Unichenko A, Zavorotnaya R., Zukow W. Singlet-oxygen therapy. Eds. Chukhraiev N., Vladimirov A., Zukow W. Edition had extended and translated from ukrainian. RSW. Medinteh. Radom. Kyiv. 2018. 124 p. DOI http://dx.doi.org/10.5281/zenodo.1161333 124 p. Number of characters: 223 332 (with abstracts). Number of images: 18 x 1000 characters (lump sum) = 18 000 characters. Total: Number of characters: 241 332 (with abstracts, summaries and graphics) = 6,033 sheet publications. ISBN 9781387548163 PBN https://pbn.nauka.gov.pl/sedno-webapp/works/853364 Radomska Szkoła Wyższa w Radomiu, Polska ul. 1905 roku 26/28 26-600 Radom tel: 048 383 66 05 E-mail: med@rsw.edu.pl <mailto:med@rsw.edu.pl>3 CONTENT Introduction ..................................................................5 1. THEORETICAL BASIS FOR SINGLET-OXYGEN THERAPY APPLICATION ....................................................7 1.1. Life-giving oxygen ...................................................................10 1.2. Singlet oxygen ......................................................................... 13 1.3 SOT as a healing factor ............................................................ 17 2. METHODS OF SOT APPLICATION. INDICATIONS AND CONTRAINDICATIONS. .....................................................20 2.1. General method of SOT using singlet oxygen inhalations and activated water ...................................................20 Technology of the metod...............................................................20 2.2. Features of singlet-oxygen therapy in pediatrics...................22 2.3. Some features of singlet-oxygen therapy by the method of inhalation...............................................................23 The SOM inhalation therapy for diseases of the respiratory system...............................................................24 2.4. Influence of SOT on the state of the broncho-pulmonary system in bronchial asthma..........................................................26 2.5. Effect of singlet-oxygen therapy on biophysical marks of deformability and osmotic resistance of erythrocytes in patients with chronic obstructive pulmonary disease........................................................................27 2.6. The effectiveness of SOM applied in complex treatment of children with nonspecifc respiratory diseases........34 2.7. Comparative analysis of singlet oxygen and oxygen cocktails used in patients with chronic obstructive bronchitis in conditions of complex sanatorium treatment on the South Coast.........................................................................43 2.8. Singlet-oxygen therapy of chronic tonsillitis.........................44 2.9. Inhalation singlet-oxygen phytotherapy................................46 3. DRINKING METHODS OF SINGLE-OXYGEN THERAPY....................................................................................50 3.1. Singlet-oxygen therapy in gastro-and nephropathies associated with the use of non-steroidal anti-inflammatory drugs (NSAIDs) .............................................................................52 4. SINGLE-OXYGEN THERAPY IN COMPLEX TREATMENT OF CARDIOVASCULAR DISEASES ...........564 4.1. Arterial hypertension: tactics of complex therapy and peculiarities of SCT ...................................................62 Treatment of arterial hypertension ..............................................63 5. THE USE OF SINGLE-OXYGEN THERAPY IN THE COMPLEX TREATMENT OF DIABETES MELLITUS ......................................................69 6. ORGANIZATION OF PREVENTIVE AND HEALTHCARE ACTIONS FOR CHILDREN IN CONDITIONS OF GENERAL LEARNING EDUCATIONAL INSTITUTIONS........................................... 77 6.1. Indications for the use of singlet-oxygen therapy and the procedure for conducting procedures.............................. 81 7. REGULATIONS ON THE SINGLET OXYGEN THERAPY ROOM AND APPARATUS FOR ITS IMPLEMENTATION................................................84 7.1. General regulations................................................................84 7.2. The main tasks of medical personnel in the cabinets of singlet-oxygen therapy................................................84 7.3. The order of sending patients and vacationers to the singlet-oxygen therapy room ..............................................85 7.4. Basic indications for singlet-oxygen therapy .........................85 SOT effects.................................................................................... 88 Basic contraindications for singlet oxygen therapy......................89 8. THE METHOD OF EDGE ANXIETY-DEPRESSIVE DISORDER CORRECTION IN PATIENTS WITH DIABETES MELLITUS............................................................ 91 9. INTEGRATIVE APPROACH TO EXCESS WEIGHT REDUCTION ............................................................96 MACHINES FOR SINGLET-OXYGEN THERAPY..................................................................................104 THE EQUIPMENT OF SRC "MEDINTECH".....................108 CE DECLARATION OF CONFORMITY...............................113 Recommended literature.............................................................114 Patents ......................................................................................... 1185 INTRODUCTION The presence of free radicals in living organisms is a natural phenomenon as the physiological processes take place with their active participation. However, due to certain violations of internal mechanisms of self-regulation the disharmony of free radical reactions occurs, which ultimately manifests itself as a disease. Free radicals damage proteins and cell membranes, it contributes to the emergence of many diseases, including arthritis, allergic diseases, etc. Free radicals are defned as an atom or molecule that has one or more free electrons. At a course of oxidation-reduction biochemical reactions the free oxygen or OH radicals are produced. There is a natural antioxidant protection in living biological systems that regulates the processes of free radical oxidation and eventually converts them into low-active compounds. In the treatment of diseases associated with the violation of free radical oxidation the antioxidants are used. In 1996 swedish scientist Antony Van der Valk proposed singlet oxygen therapy as an alternative method of antioxidant protection, and the company PolyValk (Sweden) developed a special device named «Valcion» for inhalation therapy and water activation. Over the years of its application, the device has well proven itself in various clinics in Europe, America and CIS countries. The oxygen, which is contained in the air, under the influence of hard ultraviolet radiation is converted into singlet oxygen in the activator of the «Valcion». The oxygen molecule O2 lives for a limited time in a singlet state, after which it decays and recovers to its normal state. This process of singlet-triplet dipole transition is accompanied by the emission of an electromagnetic wave of the ultraviolet range, which activate a chain of biochemical and biophysical processes aimed at normalizing exchange-oxidative reactions in the body. The results of the singlet oxygen practical application indicate that the frequency of asthma attacks in patients, in particular with bronchial asthma is signifcantly reduced under the influence of singlet oxygen. There are statisticaly confrmed results of successful treatment of rheumatic patients using the proposed method (V.E. Orel). In 1998, the Scientifc Research Center «Medinter» (Kiev) performed the development, and since 2000 started serial production of devices for singlet-oxygen therapy - the «MIT-S» series. Generators6 of hard ultraviolet radiation are used as a source of radiation for the formation of singlet oxygen in the apparatus. In order to increase the singlet oxygen production efciency, the principle of double magnetic processing of steam-water mixture is aplied in the device MIT-S, (Patent of Ukraine No. 1395 «Apparatus for preparation of singlet-oxygen mixture», September 16, 2002, Bulletin No. 9, 2002; the Patent of Ukraine № 33892 «Apparatus for the preparation of a singlet-oxygen mixture», 10.07.2008, Patent of Russia No. 81644 «Apparatus for preparation of a singlet-oxygen mixture», 27.03.2009). At the frst stage the steam-water mixture undergo the turbovortex magnetization. At the second stage, the activation of the steamwater mixture is carried out by hard ultraviolet radiation in a magnetic feld. The proposed principle of steam-water mixture treatment contributes to the emergence of spin polarization of electron clouds, to energy stability and increase in the effectiveness of the therapeutic action of the singlet-oxygen mixture. It was also found out that the treatment of a steam-water mixture with hard ultraviolet and quasilaser radiation in a magnetic feld leads to the formation of not only an extremely active oxygen form – the singlet (1O2), but also nitrogen oxide (NO). The latter, as it became known, is a universal regulator of physiological and metabolic processes both in a single cell and in the body as a whole. It is the nitric oxide produced in the body by the vascular endothelium (endothelium dependent relaxing factor) to which is given a special importance in the regulation of vascular tone, inflammation and immune response. NO has vasodilator, immunomodulatory, antiinflammatory, and anti-atherogenic effect. Therefore, singlet-oxygen therapy (SOT) can rightly be called singlet-oxygen-nitricoxide therapy (SONOT). However, in this work we have retained the term SOT as more well known and generally accepted. Application of singlet oxygen is performed by inhalation or taking aqueous solutions enriched with singlet oxygen. A technique for structuring water and other liquids for the preparation of singletoxygen cocktails or foams has also been developed. The duration of one procedure can be from 1 to 9 minutes. The use of aqueous solutions should occur within 10 minutes after their preparation. By analyzing the data of clinical observations and studies, it can be concluded that the method of antioxidant therapy using singlet oxygen7 in the form of inhalations, cocktails and foams can be successfully used in pathological conditions associated with the violation of antioxidant protection. The method is easy to use and does not require special training of maintenance personnel. It can be used both in complex treatment of a number of diseases, and independently for the purpose of prevention and recovery of the population. Singlet-oxygen therapy has a normalizing effect on the immune system, stabilizes aerobic metabolism and thereby improves the performance of all organs and systems without causing side effects. Undoubtedly, the method of SOT will fnd wide application in various areas of clinical and rehabilitation medicine, and it already do «cramps» of many variants of inhalation therapy today. Simplicity of application, safety and high efciency make the method of SOT popular among doctors and patients. It goes without saying that further research is needed to clarify the mechanism of SOT action, the peculiarities of its use for specifc pathologies or functional disorders. The method of SOT is a new method of therapy in the world practice and the task of every physician and researcher is to accumulate «generalize» facts, making them available to the broad medical community. The presented manual can serve as a guide for the practical application and implementation of this accessible and yet unique method.
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