S.V. Agasieva - Ph.D.(Eng.), Associate Professor, Bauman Moscow State Technical University, Moscow, Russia A.F. Bobrihin - Head of Department, Hyperion ltd., Moscow, Russia Y.S. Gelis - Chief Engineer, NMT jsc., Moscow, Russia A.G. Gudkov - Dr.Sc.(Eng.), Professor, Bauman Moscow State Technical University, Moscow, Russia I.I. Danilov - Ph.D.(Eng.), Associate Professor, Bauman Moscow State Technical University, Moscow, Russia A.Yu. Zaslavskiy - Ph.D.(Eng.), General Director, NMT jsc., Moscow, Russia V.N. Lemondjava - Head of department, Hyperion ltd., Moscow, Russia V. Yu. Leushin - Ph.D.(Eng.), Technical Director, Hyperion ltd. G.S. Markarov - Ph.D.(Med.), Chief of Physiotherapy and Therapy Gymnastics, FGBU Clinical Hospital №1 Presidental Administration Russian Federation I.N. Marzhanovskiy - Student, Bauman Moscow State Technical University, Moscow, Russia

The phonoelectrophoresis method is can effectively be used in otolaryngology for treatment of hearing pathologies. It is based on ultrasound influence on hearing organs. Ultrasound therapeutic action is caused by joint influence on an organism of a number of factors: mechanical oscillations of fabric structures, changes of membranes permeability, change of ionic transport, action of the thermal energy which is allocated at ultrasound absorption Medical action of ultrasound of low intensity formed a basis for its use in chronic tonsillitis therapy, hypertrophic pharyngitises, vasomotorial rhinitises, chronic antritises, etc. Domestic devices of the combined phonoelectrophoresis therapy are absent in the market. The foreign equipment doesn\'t allow to carry out the procedures connected with specifics of an internal ear treatment, possess functional redundancy of therapy and too expensive. Field of application of the hardware-software complex for treatment of sensorineural hearing loss isn't limited only not purulent ear pathology, mixed and a cochlear form of an otosclerosis, primary cochlear neuritis of various etiology, a kokhleovestibulyarny peripheral syndrome, Minyer's illness, and can be positioned in the following areas: in the otorhinolaryngological hospitals; in the policlinics having an audiotherapeutic office; in medical research establishments; there is a potential of export supplies of equipment abroad. Bioresonant physical therapy is a subsection of a clinical bioelektromagnitologiya. This area of science arose during an opposition era and an exit in space of two superstates - the USSR and the USA. The clinical bioelektromagnitologiya studies influence of artificial and natural electromagnetic fields (EMF) on biological systems and organisms. There is established reduction of expressiveness of vegetative shifts, the hypertensive reactions to standard physical activities after course application of an INFITA-phototherapy.

 

1. Gudkov A.G., Krjukov A.I., Leushin V.JU., Cyganov D.I. Rezultaty razrabotki i medicinskojj aprobacii ultrozvukovogo audiotestera «EHkhotest-02» // Biomedicinskaja radioehlektronika. 2011. № 3. S. 47 - 53.
2. Gudkov A.G. Kompleksnaja tekhnologicheskaja optimizacija medicinskojj tekhniki na vsekh ehtapakh ee zhiznennogo cikla // Biomedicinskaja radioehlektronika. 2012. № 5. S. 51 - 61.
3. Gudkov A.G., Narajjkin O.S. Innovacii - osnovnojj faktor razvitija medicinskojj tekhniki // Biomedicinskaja radioehlektronika. 2012. № 12. S. 3 - 8.
4. Gorlacheva E.N., Gudkov A.G., Agasieva S.V.,  Leushin V.JU. i dr. Transfer tekhnologijj - vazhnejjshijj faktor konkurentosposobnosti vysokotekhnologichnykh predprijatijj // Tekhnika mashinostroenija. 2013. № 1(85). S. 43 - 49.
5. Gudkov A.G. Formulirovanie principov kompleksnojj tekhnologicheskojj optimizacii // Tekhnika mashinostroenija. 2006. № 1. S. 63 - 72.
6. Gudkov A.G., Zinovev I.D., Rudenko N.R. Issledovanie metodov uvelichenija proizvoditelnosti programmnogo kompleksa dlja obrabotki i khranenija personalnykh dannykh pacientov i konfiguracijj medicinskogo apparatnogo kompleksa // Mashinostroitel. 2014. № 3. S. 35 - 40.
7. Patent № 2252698 (RF). Audiotester ultrazvukovojj / A.G. Gudkov, V.JU. Leushin, G.V. Luchkin, S.N. Tereshin.
8. Patent № 2307587 (RF). Ultrazvukovojj pribor dlja diagnostiki porazhenijj slukha / A.G. Gudkov, V.JU. Leushin, G.V. Luchkin, V.G. Sister, S.N. Tereshin, D.I. Cyganov.
9. Gudkov A.G.Radioapparatura v uslovijakh rynka. Kompleksnaja tekhnologicheskaja optimizacija. M.: «SAJJNS-PRESS». 2008. 336 s.
10. Gudkov A.G. Metod innovacionno-tekhnologicheskojj optimizacii pri proektirovanii tekhnologicheskogo oborudovanija dlja mediciny // Biomedicinskie tekhnologii i radioehlektronika. 2003. № 5. C. 66 - 72.
11. Abanin V.V., Gudkov A.G. i dr. Innovacionnyjj podkhod pri proizvodstve naukoemkojj vysokotekhnologichnojj medicinskojj produkcii // Innovacii. 2003. № 2-3. C. 57-60.
12. Gudkov A.G. Metod innovacionno-tekhnologicheskojj optimizacii pri proektirovanii vysokotekhnologichnykh naukoemkikh izdelijj // Innovacii. 2003. № 6. S. 61 - 63.
13. Gudkov A.G., Vetrova N.A., KHnykina S.V., Gorlacheva E.N. Prognozirovanie kachestva i nadezhnosti IS SVCH na ehtapakh razrabotki i proizvodstva. CH.7. Stoimostnye kharakteristiki pri proektirovanii i proizvodstve ehlektronnykh izdelijj // Mashinostroitel. 2008. № 5. S. 44 - 51.
14. Gudkov A.G., Vetrova N.A., KHnykina S.V., Gorlacheva E.N. Prognozirovanie kachestva i nadezhnosti IS SVCH na ehtapakh razrabotki i proizvodstva. CH.8. Neopredeljonnosti tekhnologicheskojj optimizacii // Mashinostroitel. 2008. № 8. S. 10 - 13.
15. Gudkov A.G., Vetrova N.A., KHnykina S.V., Gorlacheva E.N. Prognozirovanie kachestva i nadezhnosti IS SVCH na ehtapakh razrabotki i proizvodstva. CH.9. Kompleksnaja tekhnologicheskaja optimizacija kak faktor povyshenija ehffektivnosti proektirovanija ehlektronnykh izdelijj // Mashinostroitel. 2008. № 9.  S. 16 - 20.
16. Bitter V.V., Vinogradnyjj A.V., Gudkov A.G. i dr. Innovacija - osnovnojj faktor razvitija medicinskojj tekhnik // Naukoemkie tekhnologii. 2004. № 8 - 9. S. 117 - 125.
17. Gorlacheva E.N., Gudkov A.G., Popov V.V. i dr. EHvoljucija modelejj tekhnologicheskikh innovacijj // Mashinostroitel. 2013. № 6. S. 26 - 33.
18. Zaslavskijj A.JU., Markarov G.S. Impulsnyjj nizkochastotnyjj fizioterapevticheskijj apparat INFITA // Medicinskaja tekhnika. 1994. № 5. S. 36 - 40.
19. Markarov G.S. INFITAterapija.  Spravochnik. Fizioterapija i kurortologija / pod red. V.M. Bogoljubova. 2008. Kn. 1. Gl. 21. S. 233 - 238.
20. Gorlacheva E.N., Gudkov A.G., Omelchenko I.N., Popov V.V. Stoimost tekhnologii // Mashinostroitel. 2013. №5. S. 26 - 31.