Antiviral Effects of Water Catholyte, Oxidal with Methylene Blue and Colloidal Silver. Possible Mechanism of Influence over Coronavirus SARSr-CoV and SARSr-CoV-2 with Disease COVID-19

Ignat Ignatov

doi:10.7176/jhmn/73-11

Abstract

Coronavirus COVID-19 is an RNA virus with size 120 nm. It began spreading at the end of 2019 and at the beginning of 2020 in China, and it leads to a severe infectious disease 2019-nCoV. It resembles severe acute respiratory syndrome-related coronavirus (SARSr-CoV), and the new virus is labelled as SARS - CoV -2 . Its genome is single-chained with positive strand. It contains a nucleotide with spiral symmetry. The coronavirus SARSr-CoV gets replicated via copying of the genetic material using the enzyme RNA-dependent RNA polymerase.The author considers a complex method of influence over SARS - CoV that includes intake of alkaline water Catholyte with negative oxidation reduction potential (ORP), food supplement Oxidal with Methylene blue and Colloidal Silver. Keywords : SARSr-CoV, water Catholyte, Oxidal with Methylene blue and Colloidal Silver DOI: 10.7176/JHMN/73-11 Publication date: April 30 th 2020

Highlights

Phylogenetic and comparative analysis of SARS-CoV E shows that TMD consists of the two nonpolar, neutral amino acids, valine and leucine
Antiviral effects of water Catholyte At figure 2 is given the interdependency between the values of pH and oxidation reduction potential (ORP) and surviving and micro organisms (Karadzhov et al, 2014)
Positive results were obtained with water anolyte at the Virus of Classical Swine Fever Virus (Karadzhov, Ivanova et al, 2014) and biocidal effect on on Gram-negative Pathogenic Bacteria

Summary

Introduction

Phylogenetic and comparative analysis of SARS-CoV E shows that TMD consists of the two nonpolar, neutral amino acids, valine and leucine. They lead to a strong hydrophobicity to the E protein. In SARSr-CoV there is an interaction between E and S proteins.The interaction is via disulfide bonds. Viral infections occur mainly by C-terminus of target proteins. The water Catholyte is obtained during electrolysis in the cathode section of the electrolyzer. The following reaction is valid for the interaction of Catholyte and the virus: 2Н2О + 2е- → H2 + 2ОНIn this reaction, is possible the free electrons are released that neutralize the positively charged C-proteins, which are responsible for the viral infections.

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Conclusion