Цитобіофізична методика визначення індивідуальної чутливості до НВЧ-терапії
PDF

Ключові слова

НВЧ-терапія
електромагнітне випромінювання
мікроелектрофорез
букальний епітелій
електронегативність ядра

Як цитувати

Брюзгінова, Н., Іванов, В., Малахов, В., Сіренко, С., & Стадник, О. (2020). Цитобіофізична методика визначення індивідуальної чутливості до НВЧ-терапії. Медицина сьогодні і завтра, 83(2), 4–13. https://doi.org/10.35339/msz.2019.83.02.01

Анотація

Розроблено й досліджено цитобіофізичну методику визначення індивідуальної чутливості до надвисокочастотної терапії в неврології. Проведено дослідження 55 пацієнтів із діагнозом дисциркуляторної енцефалопатії I і II ступенів. Показано неоднозначну реакцію клітин букального епітелію на надвисокочастотне випромінювання. Застосування цитобіофізичної методики дозволяє на клітинному рівні визначати індивідуальну чутливість хворого до надвисокочастотної терапії на всіх етапах лікування.

https://doi.org/10.35339/msz.2019.83.02.01
PDF

Посилання

Ordynskaia T.A., Poruchikov P.V., Ordynskii V.F. (2008). Volnovaia terapiia [Wave therapy]. Мoscow, 496 p. [in Russian].

Holovacheva T.V., Kirichuk V.F., Ushakov V.Iu., Troitskii V.V., Semenova S.V. (1994). Primeneniie elektromahnitnykh voln millimetrovoho diapazona v kompleksnom lechenii bolnykh OIM [The use of millimeter-wave electromagnetic waves in the complex treatment of patients with acute myocardial infarction]. Sovremennyie problemy meditsinskoi nauki – Modern Problems of Medical Science. Arkhangelsk: Izdatelstvo SHMU, chapter 2, pp. 37–39 [in Russian].

Lebedeva A.Yu. (2002). Itohi i perspektivnyie primeneniia millimetrovykh voln v kardiolohii [Results and promising applications of millimeter waves in cardiology]. Millimetrovyie volny v biolohii i meditsine – Millimeter Waves in Biology and Medicine, № 1, pp. 21–24 [in Russian].

Istomina I.S. (2012). KVCh-terapiia v klinicheskoi praktike [EHF-therapy in clinical practice]. Fizioterapiia, balneolohiia i reabilitatsiia – Physiotherapy, balneology and rehabilitation, № 2, pp. 38–45 [in Russian].

Holant M.B., Savostianova N.A. (1989). Radioelektronnoie obosnovaniie vozmozhnosti ispolzovaniia KVCh-heneratorov, rabotaiushchikh na odnoi i toi zhe chastote, dlia lecheniia mnohikh zabolevanii [Radio-electronic substantiation of the possibility of using EHF generators operating at the same frequency for the treatment of many diseases]. Elektronnaia tekhnika. Seriia Elektronika SVCh – Electronic Equipment. Microwave Electronics Series, issue 6 (420), pp. 48–53 [in Russian].

Lebedeva N.N., Kotrovskaia T.I. (2003). Eksperimentalno-klinicheskiie issledovaniia v oblasti biolohicheskikh effektov millimetrovykh voln [Experimental and clinical research in the field of biological effects of millimeter waves]. Millimetrovyie volny v biolohii i meditsine – Millimeter Waves in Biology and Medicine, № 29, pp. 20–43 [in Russian].

Istomina I.S., Dovhaniuk A.P., Bizhek M.Kh. (2006). Primeneniie fizicheskikh faktorov v lechenii zabolevanii serdechno-sosudistoi sistemy [The use of physical factors in the treatment of diseases of the cardiovascular system]. Proceedings from Meditsinskaia reabilitatsiia bolnykh s patolohiei oporno-dvihatelnoi i nervnoi sistem: nauch.-prakt. konf. – Medical Rehabilitation of Patients with Pathology of the Musculoskeletal and Nervous Systems: scientific-practical. conf. Moscow, pp. 247–248 [in Russian].

Kirichuk V.F., Malinova L.I., Krenitskii A.P. et al. (2003). Hemoreolohiia i elektromahnitnoie izlucheniie KVCh-diapazona [Hemorheology and EHF electromagnetic radiation]. Saratov: SHMU, 126 p. [in Russian].

Malakhov V.A., Arkhipova Ye.A., Nosatov A.V., Fisun A.I. (2017). Ispolzovaniie elektromahnitnoho izlucheniia KVCh-diapazona v diahnostike i lechenii sosudistykh zabolevanii holovnoho mozha [The use of EHF electromagnetic radiation in the diagnosis and treatment of cerebrovascular diseases]. Kharkiv: Palmarium, 120 p. [in Russian].

Arkhypova K.A., Bilous O.I., Bryuzginova N.V., Fisun A.I., Malakhov V.O., Nosatov A.V. et al. (2015). Role of microwave radiation in self-blood therapy. Telecommunications and Radio Engineering, vol. 74, № 14, pp. 1305–1315.

Bryuzginova N.V., Bilous O.I., Sirenko S.P., Fisun A.I. (2018). Changes in electrokinetic indices of nuclei in buccal epithelium cells under the influence of millimeter-wave electromagnetic radiation. Telecommunications and Radio Engineering, vol. 77, № 3, pp. 263–268.

Avshalumov A.S., Filaretov H.F., Sudakov K.V. (2006). Novaia informatsionnaia tekhnolohiia sistemnoi diahnostiki normalnykh i patolohicheski izmenennykh orhanov cheloveka [New information technology for system diagnostics of normal and pathologically changed human organs]. Meditsinskaia tekhnika – Medical Equipment, № 3, pp. 13–18 [in Russian].

Bessonov A.Ye., Kalmykova Ye.A. (2012). Analizator-indikator millimetrovykh sihnalov s BAT kompiuterizirovannyi «AIS-LIDO» [Computer-based analyzer-indicator of millimeter-wave signals with BAT «AIS-LIDO»]. Millimetrovyie volny v biolohii i meditsine – Millimeter Waves in Biology and Medicine, № 2 (66). Retrieved from http://lido.su/nauka-informacionnaja-medicina/vrachu-/32/analizator-indikator-milimetrovovolnovyh-signalov-/.

Shakhbazov V.G., Shkorbatov Yu.G. (1994). Patent 2009494 C1 RU GO1 № 33/483. Sposob issledovaniia funktsionalnoho sostoianiia cheloveka [Patent 2009494 C1 RU GO1 № 33/483. A method of studying the functional state of a person]. Otkrytiia. Izobreteniia – Discoveries. Inventions, № 5 [in Russian].

Shkorbatov Yu.G., Shakhbazov V.G., Navrotskaya V.V. et al. (2002). Application of intracellular microelectrophoresis to analysis of the influence of the low-level microwave radiation on electro-kinetic properties of nuclei in human epithelial cells. Electrophoresis, vol. 23, № 13, pp. 2074–2079.

Shakhbazov V.G., Kolupaieva T.V., Nabokov A.L. (1986). Novyi metod opredeleniia biolohicheskoho vozrasta cheloveka [A new method for determining the biological age of a person]. Laboratornoie delo – Laboratory Science, № 7, pp. 404–406 [in Russian].

Betskii O.V., Lebedeva N.N. (2001). Sovremennyie predstavleniia o mekhanizmakh vozdeistviia nizkointensivnykh millimetrovykh voln na biolohicheskiie obiekty [Modern ideas about the mechanisms of the impact of low-intensity millimeter waves on biological objects]. Millimetrovyie volny v biolohii i meditsine – Millimeter Waves in Biology and Medicine, № 3, pp. 5–19 [in Russian].

Bilous O.I., Bryuzginova N.V., Sirenko S.P., Fisun A.I. (2016). Efficiency testing of biologically significant effects of millimeter waves. Telecommunications and Radio Engineering, vol. 75, № 8, pp. 757–762.

Deviatkov N.D., Holant M.B., Betskii O.V. (1991). Millimetrovyie volny i ikh rol v protsessakh zhiznedeiatelnosti [Millimeter waves and their role in the processes of life]. Мoscow: Radio i sviaz, 168 p. [in Russian].

Semenova A.K., Alekseieva O.P., Balchuhov V.A., Kornaukhov A.V., Anisimov S.I., Korkotashvili L.V. (2007). Patent 2 292 557 С1 RF, MPK G01N 33/84, A61N 5/02. Sposob prohnozirovaniia effektivnosti vozdeistviia nizkointensivnym elektromahnitnym izlucheniiem millimetrovoho diapazona u bolnykh serdechno-sosudistymi zabolevaniiami [A method for predicting the effectiveness of low-intensity electromagnetic radiation of the millimeter range in patients with cardiovascular diseases]. The VMI FSB of Russia, A. Semenova, O. Alekseeva (patent holder). № 2005113345/15, stated on 03.05.05; published on 27.01.07, Newsletter № 3 [in Russian].

Parshina S.S., Kirichuk V.F., Holovacheva T.V., Rebrova T.B., Hrekova N.D. (1993). Avtorskoie svidetelstvo 1832197A1 USSR, G 01 N 33/50. Sposob opredeleniia individualnoi chuvstvitelnosti k KVCh-terapii [Certificate of authorship. The method of determining individual sensitivity to EHF-therapy]. № 4903443/14; stated on 18.01.91, published on 07.08.93, Newsletter № 29 [in Russian].

Holovacheva T.V., Parshina S.S., Nikolenko V.N., Chernenkov Yu.V., Afanasieva T.N. (2012). Saratovskaia kardiolohicheskaia shkola KVCh-terapii: istoriia razvitiia, dostizheniia, perspektivy [Saratov cardiology school of EHF-therapy: history of development, achievements, prospects]. Proceedings from Elektromahnitnyie neioniziruiushchiie izlucheniia maloi moshchnosti v klinicheskoi praktike: internet-konferentsiia s mezhdunarodnym uchastiiem – Low-power electromagnetic non-ionizing radiation in clinical practice: an online conference with international participation. Retrieved from https://medconfer.com/node/1590 [in Russian].

Betskii O.V., Deviatkov N.D., Kislov V.V. (1996). Millimetrovyie volny nizkoi intensivnosti v meditsine i biolohii [Low intensity millimeter waves in medicine and biology]. Zarubezhnaia radioelektronika – Foreign Electronics, № 12, pp. 3–15 [in Russian].

Lukianov V.F., Afanasieva T.N., Romanova O.V. et al. (1991). Primeneniie KVCh terapii pri lechenii razlichnykh patoheneticheskikh variantov hipertonicheskoi bolezni [The use of EHF therapy in the treatment of various pathogenetic variants of hypertension]. Proceedings from Millimetrovyie volny v meditsine: sbornik materialov Ros. simpoziuma s mezhdunarodnym uchastiiem – Millimeter waves in medicine: a collection of materials of the Russian symposium with international participation, vol. 1, pp. 71–75 [in Russian].

Nosatov A.V. (2018). Optymizatsiia likuvannia dystsyrkuliatornykh entsefalopatii autohemoterapiieiu nadvysokochastotno modyfikovanoiu kroviu [Optimization of the treatment of dyscirculatory encephalopathies by autohemotherapy with ultra-high frequency modified blood]. Extended abstract of candidate’s thesis. Kharkiv, 20 p. [in Ukrainian].

Bilous O.I., Malakhov V.A., Nosatov A.V., Sirenko S.P., Fisun A.I. (2009). Patent na vynakhid № 90704 Ukraina, N0R7/00, A61K41/00. Prystrii dlia oprominiuvannia biolohichnykh ridyn elektromahnitnymy khvyliamy milimetrovoho diapazonu [Patent for invention № 90704 Ukraine, Н0Р7/00, А61К41/00. Device for irradiation of biological fluids by millimeter-wave electromagnetic waves]. O.Ya. Usikov Institute for Radio Physics and Electronics of the National Academy of Sciences of Ukraine (applicant and patent holder). № а2007 10113, stated on 10.09.07, published on 10.03.09, Newsletter № 5 [in Ukrainian].

Belous O.I., Fisun A.I., Malakhov V.A., Nosatov A.V., Sirenko S.P. (2008). EHF-autohemotherapy. Telecommunications and Radio Engineering, vol. 67, issue 10, pp. 867–874.

Seliverstov R.Yu., Hurchin A.F., Tyshkevich T.H., Hurskaia O.Ye. (2013). Patent № 0002484765 RF, MPK A61B5/0476 A61N5/02. Sposob kontrolia sostoianiia bolnoho entsefalopatiei pri KVCh-terapii [Patent № 0002484765 of the Russian Federation, IPC A61B5/0476 A61N5/02. A method for monitoring the condition of a patient with encephalopathy with EHF therapy]. Seliverstov R.Yu., Hurchin A.F., Tyshkevich T.H., Hurskaia O.Ye. (applicant and patent holder). № 2011111655/14, stated on 28.03.11, published on 20.06.13, Newsletter № 17 [in Russian].