Create a chart comparing and contrasting the replication strategies of DNA viruses, RNA viruses, and reverse-transcribing...

Create a chart comparing and contrasting the replication strategies of DNA viruses, RNA viruses, and reverse-transcribing viruses.

Expert Solution

gladiator answered 2 months ago

Describe the difference between Positive Strand RNA Viruses, Negative Strand RNA Viruses, RNA Retroviruses, and DNA...

Describe the difference between Positive Strand RNA Viruses, Negative Strand RNA Viruses, RNA Retroviruses, and DNA Viruses.

1. The use of RNA primer in DNA replication increases the fidelity of DNA replication. Explain...

1. The use of RNA primer in DNA replication increases the fidelity of DNA replication. Explain this statement. 2. Some errors in DNA replication can escape repair and this is to some extent is beneficial for the evolution. Explain why?

Most RNA viruses are single stranded and replicate in the cytoplasm while most DNA viruses are...

Most RNA viruses are single stranded and replicate in the cytoplasm while most DNA viruses are double stranded and replicate in the nucleus. Briefly explain why this makes sense for each of these 4 characteritics (4 points). Each of the following viruses breaks one of these (e.g. might be double stranded RNA virus). For each of these viruses say which of these it breaks (4points). Bonus points. Describe the major pathology for Molluscipox virus and B19 Parvovirus (2points). Rotavirus, Molluscipox...

Is RNA directly used in DNA replication? 1.RNA is not involved during the process of genome...

Is RNA directly used in DNA replication? 1.RNA is not involved during the process of genome replication 2.RNA is needed to provide the 3' -OH groups at the start of construction of new DNA 3.tRNA is matched to the codons on the genome during DNA replication 4.All of the monomers used to construct the new DNA molecule are first constructed as RNA and then a -CH3 group is added

Compare and contrast replication strategies of (-) ssRNA and ssRNA-RT viruses.

9.) During the process of DNA replication, both DNA polymerase and RNA polymerase are involved in...

9.) During the process of DNA replication, both DNA polymerase and RNA polymerase are involved in eventually creating the new daughter strand of DNA. T or F 10.) Replication begins at the origin of replication or ORI and transcription begins at the first codon for methionine. T or F 11.) The process of mapping, sequencing and analysis of proteins is called genomics. T or F 12.) The heavy chain constant domains of a given immunoglobulin molecule define its class. T...

1, Most RNA viruses are single stranded and replicate in the cytoplasm while most DNA viruses...

1, Most RNA viruses are single stranded and replicate in the cytoplasm while most DNA viruses are double stranded and replicate in the nucleus. Briefly explain why this makes sense for each of these 4 characteritics (4 points). Each of the following viruses breaks one of these (e.g. might be double stranded RNA virus). For each of these viruses say which of these it breaks (4points). Bonus points. Describe the major pathology for Molluscipox virus and B19 Parvovirus (2points). Rotavirus...

write an essay describing the structure, genome organisation and replication strategies of viruses

Viruses are living organisms, because they contain DNA and RNA. A) TRUE B) FALSE The...

Viruses are living organisms, because they contain DNA and RNA. A) TRUE B) FALSE The field of genetics includes the study of cellular processes including transcription and translation. A) TRUE B) FALSE Sequencing of organisms’ DNA has in many cases resulted in their original taxonomic reclassification based upon anatomical structure. A) TRUE B) FALSE The # of chromosomes per cell never changes at any point during mitotic cell division. A) True B) False In a diploid organism, __________line up...

Compare and contrast the replication strategies of the following. a) Viruses and subviral entities b) Bacteriophages...

Compare and contrast the replication strategies of the following. a) Viruses and subviral entities b) Bacteriophages and eukaryotic viruses.

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