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English: Duplication of the DNA begins with origin unwinding, followed by the synthesis of RNA primers (jagged lines) on both DNA strands. DNA polymerase delta or epsilon extends these primers by adding new DNA (green lines) only in a 5' to 3' direction. On the leading strands, this results in the continuous synthesis of long DNA molecules. Lagging strands, in contrast, are synthesized discontinuously: primers are placed on the template every ~200 nucleotides and extended to form short Okazaki fragments. For simplicity, this diagram does not show the replacement of primers with DNA or the synthesis of telomeres at the chromosome ends.[1]
Date
Source The Cell Cycle. Principles of Control.
Author David O Morgan

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Asymmetry in the synthesis of leading and lagging strands

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1 January 2007

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6d9aaf5708296c0d57d3431df5e4a5c2fe94f686

145,743 byte

910 pixel

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current00:49, 24 April 2020Thumbnail for version as of 00:49, 24 April 2020512 × 910 (142 KB)Rob HurtUploaded a work by David O Morgan from The Cell Cycle. Principles of Control. with UploadWizard

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