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I came across this on a "Ukraine plague" (mutated H1N1 swine flu with receptor binding domain change, D225G -- see info pasted at bottom of this post) related website (ukraineplague.blogspot.com), and I'm wondering if Ted (or any others) can offer their opinions/speculations on the safety, potential effectiveness, and ease of home creation of this remedy:
In South Korea found a new way to fight the epidemic "new" influenza H1N1.
Scientists from Korean universities Ajou (Ajou University) and Yonsei University (Yonsei University) came to the conclusion that one of the most effective in combating the H1N1 virus tool is ozonized water with the addition of small amounts of hydrochloric acid. These outcomes of their research state that ions of chlorine will deactivate the virus, and the water washes away completely from his body. In the course of several experiments was taken 430 thousand virus H1N1, and they all died within five minutes after contact with acid ozonized water (acidic ozone water).
According to researchers, one ton of water to only 22 grams of concentrated hydrochloric acid, and this amount is sufficient to ensure that in the resulting liquid formed a sufficient number of charged chloride ions, which rapidly destroy the virus. In addition, received the acid environment perfect for disinfection of the organism.
"The costs required for manufacturing the funds are negligible compared with the creation of a vaccine - have told the authors of the study, Kwong Lee (Kwang Lee) and Khan Um (Han Uhm) in the pages of authoritative scientific publications Applied Physics Letters. - Moreover, ozonized acidic water can be produced on an industrial scale, fundamentally changing the situation with the spread of the H1N1 virus around the world. "
[additional info from http://www.recombinomics.com/News/11180904/Ukraine_344.html, suggesting that the H1N1 virus has mutated in the Ukraine, leading to a much higher incidence of the cytokine storm which rapidly destroys the lungs and kills: "Included in the sequences from 10 isolates were four HA sequences with the receptor binding domain change, D225G, which was found in the one throat and three lung samples. The change was not found in isolates from nasopharyngeal washes, suggesting D225G may lead to high concentrations of H1N1 in patient's lungs. The high concentration of virus leads to a cytokine storm that destroys the lungs in a few days."]
