Virus validation data

Virus I (Influenza VirusSolution ClO21ppm

Methods: Solutions of various substances each at a concentration of 1 ppmwere allowed to work upon Virus I , and the virus infectivity titer was measured. Results: Results suggest that 1 ppm chlorine dioxide suppressed virus infectivity at least 100-fold compared to 1 ppm sodium hypochlorite. No suppression of infectivity titer was observed for 1 ppm sodium chlorite commonly known as stabilized chlorine dioxide.

 

Virus I (Influenza Virus) Method: Mortality rates among 10 mice were compared over 21 days when exposed to either chlorine dioxide gas 0.03 ppmor air for 15 minutes simultaneously with Virus I 1LD50

Results-1:

In the presence of 0.03 ppm chlorine dioxide gas, the death of mice due to infection with Virus I was prevented p 0.002. The level of chlorine dioxide gas to which humans can safely be exposed for long periods of time is 0.1 ppm time-weighted average [TWA] for human exposure for 8 hours.

Results-2: In the presence of chlorine dioxide gas 0.03 ppm, Virus I in the lungs of mice was significantly reducedp = 0.003

Virus N (Norovirus)
Method: Solutions with various substances were allowed to work upon Virus N, and the virus infectivity titer
was measured.
Results: Results suggest that 4 ppm chlorine dioxide suppressed the virus infectivity at least 100-fold
compared to 4 ppm sodium hypochlorite. No suppression of infectivity titer was observed for sodium chlorite
commonly known as stabilized chlorine dioxideeven at 100 ppm. Solution ClO21ppm

 

Source:https://www.seirogan.co.jp/en/research_dev/eiseidata.html#ancher1

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