The same molecular process that causes antigenic drift in HIV can lead to resistance to some antiretroviral drugs used in HIV therapy. Which of the following explains why a combination different antiretroviral drugs is more effective than a single antiretroviral drug? Select ALL that apply. a).Each antiretroviral drug has a different mechanism of action and targets a different aspect of HIV replication. b).By using 3 different antiretroviral drugs at the same time, it is highly unlikely that a combination of mutations conferring drug resistance will occur at the same time. c)Administering 3 antiretroviral drugs achieves higher levels of each drug than administering just one antiretroviral drug. d).By using 3 different antiretroviral drugs, these drugs are likely to be more effective in inhibiting the same HIV enzyme than one antiretroviral drug. e),Administering 3 antiretroviral drugs is less toxic than administering one antiretroviral drug.
The same molecular process that causes antigenic drift in HIV can lead to resistance to some antiretroviral drugs used in HIV therapy. Which of the following explains why a combination
different antiretroviral drugs is more effective than a single antiretroviral drug? Select ALL that apply.
a).Each antiretroviral drug has a different mechanism of action and targets a different aspect of HIV replication.
b).By using 3 different antiretroviral drugs at the same time, it is highly unlikely that a combination of mutations conferring drug resistance will occur at the same time.
c)Administering 3 antiretroviral drugs achieves higher levels of each drug than administering just one antiretroviral drug.
d).By using 3 different antiretroviral drugs, these drugs are likely to be more effective in inhibiting the same HIV enzyme than one antiretroviral drug.
e),Administering 3 antiretroviral drugs is less toxic than administering one antiretroviral drug.
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