Draw and label the essential components of a DNA replication fork. Pay close attention to DNA strand polarity.
Draw and label the essential components of a DNA replication fork. Pay close attention to DNA...
2. Draw replication fork, and place and label the following -DNA being copied (template)-new D - Correct 5' and 3' markings NA-helicase -primaseleading strand and Okazaki fragments
5a. For the replication fork shown below: - label the leading and lagging strands; - draw arrows to indicate which direction DNA synthesis is proceeding in for each of these strands; - label their 5' and 3' ends. Replication fork movement →→→ 5'-ATCTGGCAGTACGTACTGGATC CGUCAUGC GTCGAATCTGAC-3' CAGCTTAGACTG-5' ATCTGGCTATTCGT 3'-TAGACCGATAAGCATGACCTAG b. Okazaki fragments are generated during (leading / lagging) strand synthesis (circle the correct answer). c. Some U's are included in one of the strands in the figure. Why are there U's...
QUESTION 3 Replication Now DNA Origin of replication DOC Replication fork B CON RO Unreplicated DNA Prokaryotic DNA The above diagram shows DNA replication in bacterial cells. An antibody specific only to DNA polymerase I was added to DNA undergoing replication in bacterial cells. Which of the following statements are CORRECT? a. There would be a higher concentration of antibodies on the leading strands of replication foris A and B and a lower concentration of antibodies on the lagging strands...
Describe the process of DNA replication. (Your answer should include the following: replication fork, semiconservative replication, replication fork, DNA gyrase, helicase, primase, DNA polymerase, DNA ligase, leading strand, lagging strand, continuous replication, non-continuous replication, and Okazaki fragment)
what property allows the leading strand of the
replication fork to proceed more rapidly than the lagging
strand?
A) the DNA unwinds more rapidly
B) fewer nucleosomes to remove
C)greater helices activity
D) polarity of the template DNA
QUESTION 39 What property allows the leading strand of the replication fork to proceed more rapidly than the lagging strand? le DNA unwinds more rapidly fewer nucleosomes to remove greater helicase activity polarity of the template DNA
DNA Replication. Sketch a replication fork of bacterial DNA in which one strand is being replicated discontinuously and the other is being replicated continuously. List six different enzyme activities associated with the replication process, identity the function of each activity, and show where each would be located on the replication fork. In addition, identify the following features on your sketch: DNA template, RNA primer, Okazaki fragments, and single-stranded DNA binding protein.
A) Explain lagging strand DNA replication in detail. Underline the following terms in your answer: replication fork, DNA polymerase III, primase, and ligation. Make sure that your answer is complete and that all the entities that come together in the process of lagging strand replication are clearly explained. Draw one figure of a replication fork with the polarity (directionality) of each DNA strand indicated. G) Explain RNA transcription in E. coli in detail, from initiation to termination. Underline the following...
Formation of a replication fork results in: A. continuous synthesis of DNA on the lagging strand. B. supercoiling in the parental DNA ahead of the fork. C. of new 3' -OH regions on the template DNA. D. binding of SSB protein on the double-stranded parental DNA. E. All of the above occur when the replication fork is formed.
The image shows a replication fork, template DNA strands, and new DNA strands. Label the image by moving the terms to the apropriate targets. Not all terms will be used.
The following is an image of a section of dna. if a replication fork is moving from right to left, which strand (top or Bottom) is the template strand for the leading strand. 3' AAATCGCGATCGATGGTCTGAGTTTGAATC 5' 5' TTTAGCGCTAGCTACCAGACTCAAACTTAG 3'