Why is a sliding DNA clamp important in DNA replication?
A) It increases the number of nucleotides polymerized.
B) It holds open the two sides of the DNA molecule.
C) It slides forward separating additional strands of the DNA molecule.
D) It temporarily holds the nucleotides together until phosphodiester bonds can form.
E) It unwinds the double helix.
Correct Answer:
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Q41: In DNA replication, each newly made strand
Q63: The enzyme that restores the phosphodiester linkage
Q64: Fragments like those now called Okazaki fragments
Q65: DNA polymerase lengthens a polynucleotide strand by
A)
Q69: In eukaryotic cells, each chromosome has
A) one
Q70: Fifteen human DNA polymerases have been identified.
Q71: DNA replication in eukaryotes differs from replication
Q72: Why don't cells last the entire lifetime
Q73: The molecules that function to replicate DNA
Q77: The enzyme that unwinds the DNA prior
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