Abstract
An overview of the state and development of ozone therapy technologies in modern biomedical applications, as well as relevant apparatus and equipment, is presented based on reports at the XV International Scientific Conference “Physics and Radioelectronics in Ecology and Medicine — PhREME’2022.” Descriptions and technical characteristics of ozone generators used in various applications, from household to clinical use, are given. Data from a comparative analysis of the main parameters of Russian- and foreign-made equipment for ozone therapy, as well as examples of promising innovative developments, are addressed.
Footnotes
Translated from Meditsinskaya Tekhnika, Vol. 56, No. 5, Spt.–Oct., 2022, pp. 34–36.
References
- 1.Panteleev, V. I., Rozanov, V. V., Matveichuk, I. V., Lekishvili, M. V., Sysoev, N. N., Shuteev, S. A., Al’kov, S. V., and Andreeva, T. M., “Medical ozone technologies. New tasks, opportunities, equipment,” Biomed. Radioélektron., No. 2, 3–11 (2013).
- 2.Panteleev IV, Rozanov VV, Matveichuk IV. Ozone technologies: Biomedical applications in the face of modern challenges. Russ. Inzhener, No. 2021;3:43–46. [Google Scholar]
- 3.Rozanov, V. V., Matveichuk, I. V., and Panteleev, I. V., “Ozone technologies in modern biomedical applications,” in: Proceedings of the XV International Scientific Conference “Physics and Radioelectronics in Medicine and Ecology — PhREME’2022,” Vladimir–Suzdal’, Russia, [in Russian], pp. 68–71. OOO Grafika, Alexandrov (2022), pp. 488–492.
- 4.Maslennikov, O. V., Kontorshchikova, K. N., and Shakhov, B. E., Guidelines for Ozone Therapy [in Russian], Kirillitsa, Nizhnii Novogorod (2018).
- 5.Panteleev, V. I. and Krotov, Yu. V., A Tubular Ozonizer [in Russian], Russian Federation Patent No. 2326812 of November 24, 2006.
- 6.Sibel’dina, L. A., “Sterilization using ozone,” Meditsina i Zdorov’e, No. 11 (19), 24–25 (2007).
- 7.Rozanov, V. V., Matveychuk, I. V., Panteleev, I. V., and Chernyaev, A. P., “Ozone as effective component of combined technology of bone sterilization,” Rev. Esp. Ozonoter., 8, No. 2, Supplement 1, 74–75 (2018).
- 8.Rowen R. Ozone and oxidation therapies as a solution to the emerging crisis in infectious disease management: A review of current knowledge and experience. Med. Gas Res. 2019;9(4):232–237. doi: 10.4103/2045-9912.273962. [DOI] [PMC free article] [PubMed] [Google Scholar]
- 9.Fedorova, T. A., Bakuridze, É. M., Pyregov, A. V., Gavrilova, T. Yu., et al., “Potential using systemic ozone therapy in patients with COVID-19 infection,” Bioradikal. Antioks., 8, No. 2, 8–24 (2021).
- 10.Rozanov, V. V., Matveychuk, I. V., and Panteleev, I. V., “New approaches to the modernization of ozone generators to optimize the technology of bioimplants sterilization,” Ozone Ther. Glob. J., No. 12, Supplement, Abstracts of the XII Russian Scientific Conference on Ozone Therapy (2022), pp. 58–59.
- 11.Afanasov, M. A. and Zatravkina, E. I., “State and prospects for development of medical ozone generators,” in: Proceedings of the XV International Scientific Conference “Physics and Radioelectronics in Medicine and Ecology — PhREME’2022,” Vladimir–Suzdal’, Russia, [in Russian], pp. 68–71. OOO Grafika, Alexandrov (2022), pp. 338–341.
- 12.Rozanov, V. V. and Matveichuk, I. V., “Current state and promising innovative directions for the development of bioimplant sterilization methods,” Alman. Klin. Med., No. 47 (7), 634–646 (2019).
- 13.Panteleev, I. V., Rozanov, V. V., Matveichuk, I. V., Bakhtin, N. A., Zhurnakov, E. A., and Sidel’nikov, N. I., A Device for Sterilization of Biomaterials [In Russian], Russian Federation Patent No. 180532 of June 15, 2018.
- 14.Rozanov VV, Matveichuk IV, Panteleev IV. New approaches to the modernization of ozone generators for optimization of bioimplant sterilization technologies. Bioradikal. Antioks. 2021;8(2):124–126. [Google Scholar]