Erik Sarreo and Alan N. Engelman, researchers at the Dana-Farber Cancer Institute in Boston, Massachusetts, recently confirmed that ------- can remain dormant in the cells of their hosts for decades after initial infection.Which choice completes the text so that it conforms to the conventions of Standard English?retroviruses viruses that insert their genetic material into the DNA of a host celleliminateretroviruses, viruses that insert their genetic material into the DNA of a host celleliminateretroviruses—viruses that insert their genetic material into the DNA of a host cell—eliminateretroviruses—viruses that insert their genetic material into the DNA of a host cell,

In the 1970s, researchers studying the human genome discovered that humans have viruses in their DNA. These so-called human endogenous retroviruses (HERVs) represent remnants of once-infectious viruses that became fixed in our genome. While some of them still have the potential to produce virus-like particles, HERVs have lost their ability to generate infectious virions. _______ they persist in our DNA as viral fossils that are passed on from generation to generation.Which choice completes the text with the most logical transition?

Discuss the characteristics and life cycle of retrovirus.

In which cycle does the virus replicate and burst out of the host cell?A. LyticB. LatencyC. CytopathicD. Lysogenic

In a(n) __________ infection, viral replication peaks, followed by immune clearance of the virus.ANSWERlatentpersistentacutechronic

Which of the following models best depicts how the genetic information in a retrovirus is eventually translated into proteins?Choose 1 answer:Choose 1 answer:(Choice A)   DNA in the retrovirus → mRNA in the host cell → ProteinsADNA in the retrovirus → mRNA in the host cell → Proteins(Choice B)   RNA in the retrovirus → DNA in the host cell → RNA in the host cell → ProteinsBRNA in the retrovirus → DNA in the host cell → RNA in the host cell → Proteins(Choice C)   DNA in the retrovirus → RNA in the host cell → ProteinsCDNA in the retrovirus → RNA in the host cell → Proteins(Choice D)   RNA in the retrovirus → mRNA in the host cell → ProteinsDRNA in the retrovirus → mRNA in the host cell → Proteins