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Terminates at the hydroxyl group of the third carbon in the sugar ring

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The end that terminates in a 5' phosphate group

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Caused by the delay of replication on the lagging strand are short synthesized DNA fragments that are formed on the lagging strand

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The lagging strand requires a slight delay before undergoing  replication

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Replicates continuously in the 3' to 5' prime direction

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Created by DNA Helicase the Replication fork is the divide between the complimentary and template strand

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DNA Ligase Facilitating the joining of the Template and Complimentary Strands also does repairs on single and double strands of DNA

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Relieves stress created by the unzipping of the DNA helix (caused by helicase)

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Is built by DNA polymerase

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The complimentary DNA strand is built on the Template strand

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Signals the Polymerase to begin constructing of the complimentary DNA strand

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Lays down the Primer to begin the construction of the complimentary DNA strand

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Binds free nucleotides to the Template DNA Strand , Signaled by the presence of Primase

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‘Unzips’ DNA , Helicase breaks the attractive forces (hydrogen bonds) between the nitrogenous base pairs , Starts the replication process

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Concept