Vaccines vs Treatments in Microbiology

Vaccines require more complex laboratory diagnosis techniques.

Vaccines typically lack the necessity for long-term immune response.

Antivirals often need to target specific stages of viral replication. (correct)

Antivirals have a higher success rate due to better funding.

Viral DNA is more stable than bacterial RNA.

The ability of viruses to undergo antigenic variation. (correct)

Vaccines require longer study periods due to viral replication speed.

Viruses have a slower mutation rate compared to bacteria.

Antivirals enhance the immune response, while vaccines attack the virus directly.

Antivirals use antibodies, while vaccines do not.

Antivirals block virus replication at specific stages, whereas vaccines stimulate an immune response. (correct)

Vaccines inhibit viral entry into cells, while antivirals do not influence entry mechanisms.

<p>DNA viruses tend to integrate into the host genome, posing challenges for direct treatment.</p> Signup and view all the answers

<p>The rapid mutations in virus strains leading to ineffective long-term immunity.</p> Signup and view all the answers