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4
|
During replication, mis-matched base pairs will need to be _____
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6
|
The SSBP's prevent this from happening after the helicase enzyme unzips the DNA
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8
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The new strand being built by the DNA Polymerase III enzyme.
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10
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Repeating, non-coding stretches of DNA at the end of a chromosome. Some is lost at each replication.
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11
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Enzyme responsible for marking the start for the DNA Polymerase to begin writing.
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13
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The type of DNA replication where one strand is new and one is original.
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15
|
Enzyme responsible for preventing supercoiling when DNA is unwound
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16
|
Enzyme responsible for 'unzipping' the DNA
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1
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The strand that is read and written discontinuously, resulting in Okazaki fragments
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2
|
Enzyme responsible for repairing or 'gluing' the Okazaki fragments back together
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3
|
Cell division where DNA replication is needed for growth & repair
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5
|
Enzyme responsible for 'reading up and writing down'
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7
|
RNA sequence that must be removed before replication can be completed. More of these on the lagging strand.
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9
|
Small fragments created in the lagging strand
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12
|
The strand that is read and written continuously
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14
|
The original strand that is being copied.
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