During the elongation stage of DNA replication, does DNA polymerase III ever leave the lagging strand?...

During the elongation stage of DNA replication, does DNA polymerase III ever
leave the lagging strand? Why or why not?

Solutions

Expert Solution

gladiator answered 3 weeks ago

Next > < Previous

Related Solutions

Explain how the synthesis of the lagging strand occurs in DNA replication.

What does “semi-discontinuous” DNA replication mean? Explain in words how the lagging DNA strand is replicated...

What does “semi-discontinuous” DNA replication mean? Explain in words how the lagging DNA strand is replicated in bacteria. What specific enzymatic activities does DNA polymerase I have? Name each activity and explain its role in DNA replication. If DNA polymerase I lacked its 3’-5’ exonuclease activity, what specific consequences with respect to DNA replication would be observed? What consequences would be observed if, instead of DNA pol I, DNA polymerase III lacked its 3’-5’ exonuclease activity? Explain your answers.

1.Describe the synthesis of the leading strand for DNA replication. 2. How the lagging strand differ...

1.Describe the synthesis of the leading strand for DNA replication. 2. How the lagging strand differ from the leading strand? 3. what is semiconservative replication?

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...

Explain why DNA replication is more complicated on the lagging strand when compared to the leading...

Explain why DNA replication is more complicated on the lagging strand when compared to the leading strand, and how does this affect the process?

What would happen if we use Polymerase I instead of Polymerase III for DNA replication in...

What would happen if we use Polymerase I instead of Polymerase III for DNA replication in a PCR? If we used an enzyme with low fidelity, how would the DNA product compare to the original template?

1. Why does E. coli need both DNA polymerase III and DNA polymerase I? a. The...

1. Why does E. coli need both DNA polymerase III and DNA polymerase I? a. The DNA replication is bidirectional; one polymerase is used for each direction. b. Each polymerase is specific for only one strand of DNA. DNA polymerase III acts only on the leading strand, and DNA polymerase I acts only on the lagging strand. c. Only DNA polymerase I has proofreading ability. d. DNA polymerase III lacks the 5' → 3' exonuclease activity needed to remove RNA...

Question