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This is a DNA strand that will be used as a guide  when pairing bases together to create new DNA

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This is an enzyme that seals new strands of DNA to create a double helix DNA strand.

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This is the model that forms after a DNA strand is split by an enzyme called helicase. This is the template for repliacating DNA

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A complimentary DNA strand is a DNA strand that matches opposite nitrogenous bases with their opposite strand.

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This model is a description of how DNA replicates. The double helix strand will separate and create two single stands that DNA will use as a template to replicate.

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This stand has a delay because it runs from 3’ to 5’ when DNA replication happens from 5’ to 3’

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This is the end that DNA stops replicating at. Located on the leading and lagging strands.

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This is the end that DNA starts to replicate on the strands. This is located on the leading and lagging strands

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This is the stand that runs from 5’ to 3’ and DNA replication happens easily on this strand.

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These are segments of the replicated DNA that is placed on the lagging strand

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Small segment of DNA that signals the start of DNA replication

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This is an enzyme responsible for laying down the primer on the DNA strand.

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This is an enzyme that attaches the new complimentary bases to the leading and lagging strand.

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This is an enzyme that seperates the original DNA strand.

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This is an enzyme that is responsible for relieving that stress in the DNA strand by clipping one or two strands of the DNA strand