Q. DNA polymerase III holoenzyme does not need to interact with the helicase during replication.

View solution

Q. Binding of polymerase III and helicase ensures helicase efficiency.

View solution

Q. Association of primase with DNA template is brought about by the interaction of primase with _________________

View solution

Q. How is the strength of the interaction between primase and helicase which regulates the length of Okazaki fragments?

View solution

Q. Which of the following enzyme is not required for the synthesis of lagging strand?

View solution

Q. Length of Okazaki fragments in eukaryotes ranges between ____________ nucleotides.

View solution

Q. Polymerization of dNTP by DNA polymerase is in 3’ → 5’ direction.

View solution

Q. The origin of replication is rich in __________

View solution

Q. How many origin of replication are present in the E. coli genome ___________

View solution

Q. There are two repeated motifs critical for ori C function. They are ___________

View solution

Q. With respect to the ori C motif choose the correctly paired option.

View solution

Q. Which of the following is not paired with its correct function?

View solution

Q. Which of the following is not a function of Dna A?

View solution

Q. The replication terminus is a segment of a number of ____________ bp.

View solution

Q. The replication terminus involves ____________ identical non palindromic termination site.

View solution

Q. The termination sites are one way valves known as non-polar valves.

View solution

Q. The arrest of replication fork motion at Ter sites require the action of ____________ protein.

View solution

Q. The topological unlinking of DNA in prokaryotes is promoted by ______________

View solution

Q. Helicase attaches to the leading strand during replication.

View solution

Q. The primer used for lagging strand synthesis in prokaryotes is an RNA primer.

View solution