1. In what ways can a primer for DNA synthesis by a DNA polymerase be provided?
ID: 185970 • Letter: 1
Question
1. In what ways can a primer for DNA synthesis by a DNA polymerase be provided? 2. In E.coli, how are the Okazaki fragments of the lagging strands joined to create a complete DNA duplex? 3. What are the three eukaryotic nuclear DNA replicases and their functions? How is DNA replication of a circular bacterial chromosome terminated? 1. In what ways can a primer for DNA synthesis by a DNA polymerase be provided? 2. In E.coli, how are the Okazaki fragments of the lagging strands joined to create a complete DNA duplex? 3. What are the three eukaryotic nuclear DNA replicases and their functions? How is DNA replication of a circular bacterial chromosome terminated? 2. In E.coli, how are the Okazaki fragments of the lagging strands joined to create a complete DNA duplex? 3. What are the three eukaryotic nuclear DNA replicases and their functions? How is DNA replication of a circular bacterial chromosome terminated?Explanation / Answer
Answer:
1. In what ways can a primer for DNA synthesis by a DNA polymerase be provided?
2. In E.coli, how are the Okazaki fragments of the lagging strands joined to create a complete DNA duplex?
3. What are the three eukaryotic nuclear DNA replicases and their functions? How is DNA replication of a circular bacterial chromosome terminated?
Three eukaryotic nuclear DNA replicases are:
DNA replication of a circular bacterial chromosome is terminated by:
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