Negative Electrization of Air as a Means of Counteracting Airborne Viral Infections

Abstract

Geneticists and genetic engineers, who constantly introduce nucleic acids into target cells, have experimentally proven that positive electrization of the external environment of cells increases the permeability of cell membranes to nucleic acids. Moreover, they experimentally found that those nucleic acids that are part of positively charged complexes, mostquickly penetrate into cells. Thus, the practical experience of geneticists and genetic engineers convincingly proves that the positive electrization of both the cellular environment and the objects present in it, increases the permeability of cytoplasmic membranes for the latter. Accordingly, all this suggests that the positive electrization of the internal environment of the human body promotes the penetration of foreign nucleic acids, especially viral, into its cells. Moreover, given the function of extracellular protons in creating a proton motive force that directs glucose into cells, it can be argued that the positive electrization of the external environment of human cells contributes to the reproduction of viruses in them. Accordingly, it can be expected that the negative electrization of the human internal environment should prevent both the penetration of viral nucleic acids into cells, and the reproduction of viruses there. Naturally, all this allows us to offer negative electrization of the air as the most affordable means to combat airborne viral infections. Offering such a means, we expect that the negative electrization of the air that a person inhales will lead to the same electrization of his internal environment, first of all – his respiratory tracts, which are the first to come into contact with viruses contained in the air. The validity of this offer is discussed here.