What is the region between replication forks where new nucleotides are added
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The region between replication forks where new nucleotides are added is known as the replication bubble.
During DNA replication, the DNA molecule is unwound by the enzyme helicase, creating two separate strands. The replication process starts at specific sites called origins of replication, and replication bubbles form as the two strands separate and new nucleotides are added by the enzyme DNA polymerase.
Each replication bubble has two replication forks where new nucleotides are added, and DNA replication proceeds bidirectionally from these forks. As the replication forks move in opposite directions, the size of the replication bubble increases until it reaches the end of the DNA molecule.
The replication bubble is an important concept in molecular biology as it helps explain the dynamic and complex process of DNA replication. Understanding the replication bubble is key to understanding how DNA is replicated accurately and efficiently.
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