| 1. | A DNA polymerase extends the primed segments, forming Okazaki fragments.
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| 2. | A series of experiments eventually lead to the discovery of Okazaki fragments.
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| 3. | In contrast, lagging strand synthesis is accomplished in short Okazaki fragments.
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| 4. | Severe defects of Okazaki fragment maturation may halt DNA replication and induce cell death.
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| 5. | Each Okazaki fragment requires a separate RNA primer.
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| 6. | This constant initiation of Okazaki fragment synthesis requires repeated PCNA loading for efficient DNA replication.
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| 7. | This enzyme makes discontinuous segments ( called Okazaki fragments ) before DNA ligase joins them together . ]]
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| 8. | These new stretches of DNA are " called Okazaki fragments and each one requires its own RNA primer.
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| 9. | The interaction between DnaG and DnaB is necessary to control the longitude of Okazaki fragments on the lagging strand.
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| 10. | Based on the dangers associated with a failure in the DNA process, Okazaki fragments maintain our evolutionary development.
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