ANTIVIRAL ACTIVITY OF THE PHYSIOTHERAPEUTIC DEVICE REGENERATOR SF-01
- Jan 18
- 1 min read
The article presents the results of a study on the antiviral activity of the physiotherapeutic device Regenerator SF-01 against the influenza virus in vitro, with a focus on the role of interferonogenesis in the formation of antiviral immunity. The relevance of this work is driven by the need to identify non-pharmacological methods for influencing viral infections and stimulating the body’s natural immune defense mechanisms.
The study was conducted using a cell culture infected with the influenza virus, followed by exposure to physical factors generated by the Regenerator SF-01 device. Quantitative indicators of viral replication, interferon levels, and morphological changes in cells under experimental conditions were evaluated. Methods included quantitative analysis of viral load, morphological analysis of cellular structure, and statistical processing of the results.
The obtained results indicate a reduction in viral activity levels in the experimental samples compared to the control, as well as activation of interferonogenesis, which may be considered one of the key mechanisms in the formation of an antiviral response. Morphological analysis of the cells demonstrated a decrease in the severity of the cytopathic effect and preservation of the structural integrity of cell membranes under the influence of the investigated physical factor.
It was concluded that the use of physiotherapeutic exposure with intensification of ion-exchange processes may contribute to the formation of non-specific antiviral immunity through stimulation of the interferon response. The obtained data substantiate the feasibility of further experimental and clinical studies to clarify the mechanisms of action and potential areas of application of the Regenerator SF-01 device in the comprehensive prevention and supportive therapy of viral infections.
