Resonance radio wave diagnosis of localized sclerodermia: pilot study
Year: 2017, volume 13 Issue: №3 Pages: 585-590
Heading: Dermatovenerology Article type: Original article
Authors: Moiseev A.A., Utz SR.
Organization: Saratov State Medical University
Heading: Dermatovenerology Article type: Original article
Authors: Moiseev A.A., Utz SR.
Organization: Saratov State Medical University
Summary:
The purpose of the research was to study the diagnostic possibilities of the use of the active radiometry method for localized scleroderma (LS), both for monitoring the results of therapy, and for a comprehensive assessment of the functional state of body tissues in the study area, as well as the possibility of determining new foci of the disease. Material and Methods. In a pilot study, patients were presented with different forms of lesions and their different localization, as well as with different disease activity. The method of resonance wave diagnostics is implemented in the diagnostic complex "Aquafon". Results. The primary registration of wave activity in different types of foci may differ. The activity of the foci and the possibility of the appearance of new foci can be said not so much by the data of the initial measurements as by the integral data on their difference before and after the illumination procedure, which requires further study. Conclusion. It is necessary to improve the measurement technique, avoid places where the sensor is not well attached to the skin or minimize this effect. The research also aimed to conduct studies with simultaneous use of other methods.
Bibliography:
1. Kreuter A, Krieg T, Worm M, et al. German guidelines for the diagnosis and therapy of localized scleroderma; JDDG 2016: 199-216
2. Moiseev AA, Utz SR. Modern methods of diagnosing limited scleroderma. Saratov Journal of Medical Scientific Research 2016; 12 (3): 481-484
3. Gromov MS, Terekhov IV, Bondar SS. Investigation of the state of transcapillary exchange and its correction with the help of radio-electronic medical-diagnostic complex "Aquafon". Publishing house «Radio engineering» 2010; (3): 43-48
4. Petrosyan VI, Gromov MS, Vlaskin SV, et al. Trans-resonance functional topography. Biophysical substantiation. Millimeter waves in biology and medicine 2003; (1): 23-26
5. Petrosyan VI, Terekhov IV Information-wave properties aquatic environments and biological systems: analytics and diagnostics. URL: http://aquatone.Su/d/447480/d/ radiofizicheskie-principy.pdf
6. Gromov MS, Terekhov IV, Bondar SS, et al. Technology for assessing the permeability of capillaries by means of active radiometry. Bulletin of New Medical Technologies 2009; XVI (4): 177
7. Terekhov IV, Solodukhin КА, Arzhnikov VV, et al. The possibility of using active microwave radiometry for assessing alveolar-capillary permeability in experiment. Regionarnoe krovoobrashenie i microcirculacia 2011; 4 (40): 83-86
8. Blagodarov AV, Vlaskin SV, Gromov MS, et al. Computer analysis in TRF topography for the differentiation of mal-occlusion and pathology in mammology and pulmonology Journal of New Medical Technologies 2006; XIII (3): 140-143
9. Terekhov IV. Resonance-wave diagnostics. Advantages and prospects. URL: http://aquat.one.su/d/447480/d/rezonans-no-volnovaya-diagnostika.-preimuschestva-i-perspektivy.pdf
10. Terekhov IV, Petrosyan VI, Parfenyk VK, et al. Diagnostics and monitoring of infiltrative processes in the thoracic cavity by the method of luminescent analysis. URL: http://aquatone.su/ d/447480/d/11 .infiltrativnyyeprotsessyvgrudnoypolosti.pdf
11. Ryzhikov Dl. The use of transresonance functional scanning in the diagnosis of functional cardiovascular disorders in the flight crew of the Russian Air Force: PhD diss. Moscow, 2010; 116 p.
12. Terekhov IV, Solodukhin КА, Nikiforov VS, Lo-monosov AV. The use of radio sounding of water-containing media of myocardial media in patients with arterial hypertension. Russian Cardiology Journal. 2013; (5): 40-43
13. Karakaeva AV, Utz SR. Diagnosis of skin lesion with eczema using trans-resonance functional topography. Practical medicine 2014; 84 (8): 61-65.
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