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Name: 26 Shown below is a hypothetical replication bubble. In what direction
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Description: 26 Shown below is a hypothetical replication bubble. In what direction does the new strand that uses the top (purple)DNA as its template grow?3'5'5'3'O From right to leftO From left to right

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Shown below is a hypothetical replication bubble. In what direction does the new strand that uses the top (purple) DNA as its template grow? 5' 3' 5' O From right to left O From left to right

Human Heredity: Principles and Issues (MindTap Course List)

11th Edition

ISBN:9781305251052

Author:Michael Cummings

Publisher:Michael Cummings

Chapter8: The Structure, Replication, And Chromosomal Organization Of Dna

Section: Chapter Questions

Problem 22QP: Make the complementary strand for the following DNA template and label both strands as 5 to 3 or 3...

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Figure 14.14 You isolate a cell strain in which the joining of Okazaki fragments is impaired and suspect that a mutation has occurred in an enzyme found at the replication fork. Which enzyme is most likely to be mutated?
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Figure 17.7 You are working in a molecular biology lab and, unbeknownst to you, your lab partner left the foreign genomic DNA that you are planning to clone on the lab bench overnight instead of storing it in the freezer. As a result, it was degraded by nucleases, but still used in the experiment. The plasmid, on the other hand, is fine. What results would you expect from your molecular cloning experiment? There will be no colonies on the bacterial plate. There will be blue colonies only. There will be blue and white colonies. The will be white colonies only.
Given the replication events listed below which even takes place first Single Strand binding proteins bind Primase adds an RNA primer Helicase unwinds the DNA double helix DNA polymerase begins adding DNA nucleotides
In replication, if reading the template leading strand from left to right reads in the 3' to 5' direction, which of the following would also read left to right in the 3' to 5' direction (hint: draw it out)? The template lagging strand The Okazaki fragments None of the other choices
You figure out a way to replicate DNA in a test tube by adding double-stranded DNA template, dNTPs, NTPs and all the proteins needed for replication. However, you forget to add DNA ligase. In a well-labelled diagram, fill in the following parts of the growing replication fork shown. 1) Fill in any replicated nucleic acids, using at least 2 Okazaki fragments where appropriate, Label the new strands as “leading” or “lagging”, Label the 5’ and 3’ ends of all nucleic acid strands that you draw, Draw a circle representing the location of DNA helicase (do not include any other proteins in your drawing)
The figure below shows a molecule of DNA with its strands separated prior to DNA replication. The structure labeled “primer” on the figure below: A) will be used to construct the lagging strand B) is made of deoxyribonucleotides (DNA) C) reads 3’ to 5’ from left to right D) was made by DNA ligase
Consider the following segment of DNA, which is part of a linear chromosome: LEFT 5’.…TGACTGACAGTC….3’ 3’.…ACTGACTGTCAG….5’ RIGHT During DNA replication, this double-strand molecule is separated from the right to the left into two single strands and the replisome is moving from the right to the left of the segment. ___________ should be the template for the lagging strand synthesis. neither of the two strands the bottom strand both top and bottom strands the top strand
Which of the following is not depicted in the diagram attached? A. Okazaki fragment B. Replication fork C. Leading strand D. Origin of replication
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Why is the new DNA strand complementary to the 3' to 5' strands assembled in short segments? Why is the new DNA strand complementary to the 3' to 5' strands assembled in short segments? only short DNA sequences can extend off the RNA primers DNA polymerase can assemble DNA only in the 3' to 5' direction it is more efficient than assembling complete new strands the replication forks block the formation of longer strands DNA polymerase can assemble DNA only in the 5' to 3' direction