Editing Talk:1161: Hand Sanitizer
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:: Actually 99.99% isn't made up, its actually derived from how accurate the lab tests are. Most antibacterials, even plain 15% alcohol, will kill ALL infectious bacteria and viruses but you cannot confirm this because there are errors inherent in the tests such as contamination from the environment or more often that the samples have to grow (in the case of bacteria) or infect (in the case of viruses) to give a measurable result since you cannot tell by normal observation which are dead and which are live. With the tiny numbers that may survive the likelihood of infection or growth is low, resulting in errors with even the strongest chemical agents. --[[Special:Contributions/31.205.24.175|31.205.24.175]] 18:56, 16 January 2013 (UTC) | :: Actually 99.99% isn't made up, its actually derived from how accurate the lab tests are. Most antibacterials, even plain 15% alcohol, will kill ALL infectious bacteria and viruses but you cannot confirm this because there are errors inherent in the tests such as contamination from the environment or more often that the samples have to grow (in the case of bacteria) or infect (in the case of viruses) to give a measurable result since you cannot tell by normal observation which are dead and which are live. With the tiny numbers that may survive the likelihood of infection or growth is low, resulting in errors with even the strongest chemical agents. --[[Special:Contributions/31.205.24.175|31.205.24.175]] 18:56, 16 January 2013 (UTC) | ||
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Shouldn't 200 million times .01% actually be equivalent to 200 million times .0001, which equals 20 000 germs? [[Special:Contributions/134.169.169.121|134.169.169.121]] 13:16, 16 January 2013 (UTC) | Shouldn't 200 million times .01% actually be equivalent to 200 million times .0001, which equals 20 000 germs? [[Special:Contributions/134.169.169.121|134.169.169.121]] 13:16, 16 January 2013 (UTC) |