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    Viruses Mutations

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    The survival of viruses is a great example of natural selection and survival of the fittest. One such example is HIV. HIV reproduces very quickly (about 10 million new viruses per day. HIV lacks the proteins which repair mutations, and therefore there will be many mutations resulting from this rapid reproduction. The rapid rate of reproduction combined with the many different mutations has had a limiting effect on the effectiveness of HIV therapy using antibiotics. Without the mutations the virus would fall victim to antibiotics.

    Are there other viruses which have proven difficult to treat because of mutations?

    What viruses were very deadly and were eliminated because of the antibiotics?

    © BrainMass Inc. brainmass.com October 9, 2019, 4:42 pm ad1c9bdddf
    https://brainmass.com/biology/evolutionary-genetics/39060

    Solution Preview

    first of all, antibiotics are mainly used against bacteria, not viruses. so you don't see a lot of "HIV therapy using antibiotics" - they use antiviral drugs to fight the virus itself. HIV patients might take antibiotics (in addition to their antiviral therapy) to combat secondary infections that are caused by bacteria (e.g. pneumonia) but antibiotics proper won't be any good against the virus itself. so the sentence you have in there about "without the mutations the virus would fall victim to antibiotics" is wrong - you mean "antivirals". they're very different classes of drugs with different ways of acting and different targets. it's an ...

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