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Microbiologybook.orghttps://www.microbiologybook.org › mhunt

May 31, 2016 · Instead, NS1 acts as an origin recognition protein, which specifically binds to double-stranded virus DNA and allows host DNA polymerase to replicate viral DNA, generating many single-stranded copies of the parvovirus genome.

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Frontiersin.orghttps://www.frontiersin.org › journals › microbiology › articles

Jul 31, 2024 · The utilization of both viral and cellular DNA polymerases by DNA viruses confers a survival advantage, which represents a novel strategy in viral evolution, thereby facilitating viral replication.

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Springer.comhttps://link.springer.com › chapter

Jan 1, 2011 · DNA viruses replicate their genomes using DNA-dependent DNA polymerases (also called DNA polymerases) and transcribe mRNA using DNA-dependent RNA polymerases (also called RNA polymerases). RNA viruses have RNA genomes, which can also be either double-stranded (dsRNA) or single-stranded (ssRNA).

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Microbiologyclass.nethttps://microbiologyclass.net › replication-in-viruses-viral-replication

Feb 4, 2023 · Replication is defined as the process in which a cell divides to make copies of its genome or itself. Cell division or replication in viruses is different from what is obtainable in other microbes such as bacteria that mainly replicates by binary fission.

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Intechopen.comhttps://www.intechopen.com › chapters

Dec 1, 2023 · The process of DNA replication by viruses is then explained, including the different stages involved in this process and the specific mechanisms used by different types of DNA viruses.

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Oregonstate.educationhttps://open.oregonstate.education › › the-viruses

In the case of T4, the host RNA polymerase binds to the viral DNA and begins transcribing early genes immediately after the DNA is injected into the cell.

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Sciencevivid.comhttps://sciencevivid.com › biosynthesis-in-dna

Jun 28, 2025 · All dsDNA viruses, with the exception of Poxvirus, replicate in the nucleus and use host cell DNA-dependent RNA polymerase to produce their mRNA. They produce their capsid and other cytoplasmic proteins using the host cell’s enzymes.

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Wikipedia.orghttps://en.wikipedia.org › wiki › Viral_replication

Replication between viruses is greatly varied and depends on the type of genes involved in them. Most DNA viruses assemble in the nucleus while most RNA viruses develop solely in cytoplasm. [1] Viruses multiply only in living cells.

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Cshl.eduhttp://dnareplication.cshl.edu › content › free › chapters

In each case, the DNA polymerase is essential for the replication of the virus. Why have these viruses evolved to encode and require their own DNA polymerases? (In this chapter, only DNA polymerases that strictly utilize DNA templates are considered.

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