Information Exposure of Microorganisms to Extremely Low Frequency Electromagnetic Waves: Usefulness for Space Medicine

Article
Open Access
by Aleksandr Zheleznyy1, Lyudmila Grivnak2 and Larysa Pravda3
1 Corporation “Information Medicine” (Kyiv, Ukraine)
2 “KSK-BARS” (Dnipro, Ukraine)
3 “KSK-BARS” (Kyiv, Ukraine)
DOI: https://doi.org/10.29202/asl/8/10
Received: 27 February 2021 / Accepted: 18 March 2021 / Published: 28 December 2021

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Abstract

The article analyses a number of scientific studies on the effect of geomagnetic fields on microorganisms. The analysis has shown the relevance of studying the information (non-thermal) effect of extremely low frequency electromagnetic waves on biological objects: causative agents of infectious diseases both microbial and viral, in order to inhibit their reproduction. The authors make a hypothesis on the possibility of using the software-hardware complex of spectral correction “biometric resultant spectrum analyser” developed by the Ukrainian Corporation “Information Medicine” to diagnose and correct the health of participants in space missions. Methods of scientific knowledge such as analysis and synthesis, deduction and induction, and the observation method have been used to construct the hypothesis. In addition, the work has used analytical and statistical data of the NASA, Committee on Creating a Vision for Space Medicine During Travel Beyond Earth Orbit regarding the morbidity of astronauts during their stay in space. In addition, the results of scientific experiments by Odesa Centre “Information Medicine,” Corporation “Information Medicine” and I.I. Mechnikov Ukrainian Research Institute against Plague regarding the effects on strains of microorganisms and viruses by ultra-low power electromagnetic autospectral fields in the range of extremely low frequency waves have been applied.

Keywords: information medicine, microorganisms, electromagnetic fields of spherical power, extremely low frequency waves, space medicine, bioresonance.

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Zheleznyy, Aleksandr, Lyudmila Grivnak, and Larysa Pravda (2021) Information Exposure of Microorganisms to Extremely Low Frequency Electromagnetic Waves: Usefulness for Space Medicine. Advanced Space Law, Volume 8, 104-112. https://doi.org/10.29202/asl/8/10
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