Low─Intensive Microwave Signals in Biology and Medicine

Oleksiy Yanenko (NationalTechnicalUniversity of Ukraine “Kyiv Polytechnic Institute”, Kyiv, Ukraine)

Article ID: 1453

DOI: https://doi.org/10.30564/jhp.v1i1.1453

Abstract


Millimeter range signals have been widely used in biology and medicine over the 20-30 years of the last century. At this time in Ukraine have been developed and implemented treatment technologies, the main ones are millimeter therapy (MMT), microwave resonance therapy (MRT), information-wave therapy (IWT). The features of this technologies are the use of signals in the frequency band 40-78 GHz with extremely low signal levels - 10-9-10-11 W / cm2, the parameters are immanent to own communication signals of the human body. The author of the article attempts to conduct a combined analysis of hardware and software of these treatment technologies with mm-band signals. Thus the specialized equipment used for the treatment, technologies and the statistical results of its use for various diseases are considered. The problems of metrological support and measuring the weak signals of the mm range are proposed to solve by creating highly sensitive radiometric systems. The results of measurements of microwave signals of natural objects that can be used for physiotherapy and physical bodies that are in contact with or in human environment are submitted. Promising areas of the using the highly sensitive radiometric measurement equipment for research in biology and medicine are presented.


Keywords


Low-intensive microwave signal; Mm-band therapy; Metrological support; Radiometricequipment

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References


[1] Sit’ko S.P. eds., SkripnikYu.A. and Yanenko A.F. Instrumental provision of modern technology of quantum medicine. Kiev, FADA LTD Publ., 1999: 199.

[2] Sit’ko S.P. and Mkrtchyan L.N. Introduction to quantum medicine. Kiev, Pattern Publ., 1994: 148.

[3] Frohlich H. Bose condensation of strongly excited longitudinal electric modes / H. Frohlich // Physics Letters A. 1968, 26(9): 402-403.

[4] YanenkoO.P., KutsenkoV.P., PeregudovS.M. Donetsk : IPShI Naukaiosvita, 2011: 212.

[5] SkripnikYu.A., YanenkoA.F., ManoilovV.F., KutsenkoV.P. and GimpilevichYu.B.. Microwave radiometry of physical and biological objects. Zhitomir, Volyn’ Publ, 2003: 408.

[6] Sbornyk metodycheskykh rekomendatsyy y normatyvnыkh aktov mykrovolnovo yrezonansnoy terapyy / Bynyashevskyy Э.V., Hrubnyk B.P., Derendyaev S.A. y dr. – K.: Oberyh, 1997: 127.

[7] Yanenko O.P. Peregudov S.M. ,Fedotova I.V., Golovchanska O.D. Eguipmen and technologies of low intensity millimeter therapy Visnyk NTUU “KPI” Seriya, 2014, 59: 103-110.

[8] Yanenko O..P. Microwave radiometry in medico-biologica lapplications Visnyk Ternopil’s’koho natsional’noho technical university, 2014, 76: 155-163.

[9] Yanenko O.P .Microwave Radiometry in Biology and Medicine: Structural Solutions opportunies and Prospect, 7 European Congress for Integrative Medicine , Belgrade, Serbia , 2014.

[10] Yanenko O.P.¸ Peregudov S.M., Golovchanska O.D. 2008, 49357; Opublik. Byul. 2008, 15.

[11] A.Janenko, S.PeregudovA. Politun, O.Golovchanska. Evaluation of irradiative abilities of dental materials. Materials of the 9th World Endodontic Congress. Tokio, Japan, 2013.

[12] NikolovaL. eds., Special physiotherapy. Sofiya: Meditsinaifizkul’tura Publ., 1983: 433.

[13] Yanenko, A. F., Movchanyuk, A. V. and Vinokurov, V. S. Research of a radi- ate ability of minerals is for the construction of microwave generators of the medical setting. Visn. NTUU KPI, Ser. Radioteh. radioaparatobuduv., 2011, 47: 158-164. (in Ukrainian)

[14] Yanenko O.P., Yavors’kyy B. I., Tkachuk R.A., Rusynchuk V. P.. Therapy Visnyk NTUU “KPI” Seriya, 2014, 60: 114-121.

[15] PonezhaG.V., Sit’koS.P., SkripnikYu.A. and YanenkoA.F. Positive and negative flow soft he microwave radiation from physical and biological objects. Physics of Alive, 1998, 6(1): 11-14.

[16] BundiukL.S., KuzmenkoO.P., PonezhaH.V., SitkoS.P., SkrypnykIu.O., YanenkoO.P. Method of microwave therapy. PatentUA, 2003, 59399; МКІ А61N5/02 .Byul., 9.

[17] Fiziko-khimicheskiesvoyistvaelementov // SpravochnikpodredaktsiyeySamsonovaH, B. – K.: Izd. Naukovadumka, 1965: 809.


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