The figure below is a DNA replication bubble. The leading and lagging strands of the following DNA replication figure are labeled. Instructions: Label all 5' and 3' ends of the DNA strands.

For each of the four letters, indicate whether the DNA being made there is a leading strand or a lagging strand. 1pt b. Draw one leading strand on the diagram, indicating the RNA primer, 5' …

Question: below shows a DNA replication bubble. Identify the leading and the lagging strands, the single-stranded imers, helicase, DNA ligase, DNA The diagram binding proteins (2x), the …

Question: Which of the following are true of DNA replication? (Select all that apply.)In a replication bubble replication forks move in opposite directionsDNA polymerase moves along template …

The diagram below represents a DNA replication "bubble”. It consists of (one, two, three, four) replication "forks”, at which the two strands of the parental helix are being separated by the …

As DNA replication continues and the replication bubble expands, the parental double helix is unwound and separated into its two component strands. This unwinding and separating of the …

Question: QUESTION 7: The diagram below represents a DNA replication bubble in a prokaryote. Which of the following statements is true for this diagram? T Q M 3 5 N Origin 3 3 5 3 Ik O PR …

: Ligation of the replicated strands on the leading strand. : Ligation of the replicated strands on the Tagging strand. : Formation of a replication bubble. : Replication of the leading strand in 5'to 3' …

The following figure shows a replication bubble during DNA replication. The bubble is divided into four quadrants. Origins of replication are depicted with white boxes. Use this figure to answer …

Question: . DNA replication in eukaryotes and prokaryotes starts when a complex of proteins binds to an origin of replication (Figure 1A) and separates the two strands of the double helix …