Low-energy electromagnetic irradiation for eczema treatment
Year: 2014, volume 10 Issue: №3 Pages: 546-551
Heading: Skin Diseases Article type: Short message
Authors: Karakaeva A.V., Utz S.R.
Organization: Saratov State Medical University
Heading: Skin Diseases Article type: Short message
Authors: Karakaeva A.V., Utz S.R.
Organization: Saratov State Medical University
Summary:
Purpose: to study the efficacy of treatment and diagnostic complex "Elec-troMAG" as a new method of physical therapy in complex treatment of truths-term eczema. Matherial and Methods. The article presents the results of application in complex treatment of 42 patients with a diagnosis of true eczema low-intensity electromagnetic radiation. The course of treatment consisted of 12 sessions. Acomparison group (30 patients) received conventional therapy with standard doses and regimens of drugs without the use of physiotherapy therapies. The clinical efficiency was estimated on the basis of the definition of the functional state of the aquatic components of the internal environment of an organism at eczematous process and on the basis of defined-dividing the index of prevalence and severity of eczema EASI. Results. Identified a high effectiveness of low-intensity electromagnetic effect on the disease process, as evidenced by the earlier reduction of the clinical symptoms than in the comparison group, confirming the reduction of the absolute values of the index EASI. Conclusion. The obtained results suggest the safety and effectiveness of high-efficiency of this method of physical therapy treatment of eczema
Keywords: eczema, low-intensity electromagnetic radiation
Bibliography:
1. Andrashko Y.V., Myronyuk I.S. The application of the ointment kremgen with microbial eczema. Dermatology. 2002; (2)
2. Potekaev N.S. Eczema: aspects of the history and current ideas. Clinical Dermatology and Venereology 2006; (4): 102-107
3. Monks K.N., Ochelenko S.A. Application of modern moisturizers in violation of the skin barrier. Clinical Dermatology and Venereology 2009; (1)
4. Myadelets O.D., Adaskevich V.P. Morfofunktcionalnaja der-matologiya. M.: Medlit, 2006; p. 752 (Мяделец О.Д., Адаскев ич В. П. Морфофункциональная дерматология. М.: Медлит, 2006; с. 752
5. Volkoslavskaya V.N., Gutnov A.L. Conditionincidence of skin diseases and infections, sexually transmitted diseases, the population of Ukraine in the last decade. Klin Imunol, Aler-gol, Infektol 2012; (1): 19-22
6. Lawton S. Assessing and treating adult patients with eczema. Nurs Stand 2009; 23 (43): 49-56
7. Brill G.E., Petrosian V.I., Sinicyn N.l., Elkin V.A. Maintaining matrix structure of water — the most important mechanism of homeostatic regulation in living systems (conceptual model and its basic experimental basis). Biomedical electronics 2000; (2)
8. Sinicyn N.l., Elkin V.A., Betsky O.V. State structure of the aqueous environment of living systems — one of the most important factors in the effectiveness of electronic biomedical nan-otechnology millimeter and terahertz bands and technologies of the future. Bulletin of Medical Internet Conference 2012; 2 (6)
9. Parshina S.S. Current data on the mechanisms of electromagnetic radiation millimet rovogo-range and its use in cardiology. Efferent therapy 2005; 2 (4)
10. Karakaeva A.V., Utz S.R. Diagnosis of skin lesions such as eczema, using trans-resonance functional topography. The practice of medicine 2014; 8 (84): 61-65
11. Petrosyan V.I., Sinicyn N.l., Elkin V.A., Devyatkov N.D., Betsky O.V. Water, paradoxes and greatness of small quantities. In: Mechanisms of biological effects of electromagnetic fields. M., 1999.
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