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Titlebook: DNA Synthesis; Present and Future Ian Molineux,Masamichi Kohiyama Book 1978 Springer Science+Business Media New York 1978 DNA.Mammalia.deve

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https://doi.org/10.1007/978-3-030-79150-6replication. It is independent of the rate of DNA chain elongation. (For an extensive elaboration of the point see Pritchard, 1974). The process of initiation of a round of replication can be considered from at least two points of view. One can ask about the biochemistry of the process; what element
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Bernhard G. Humm,Alexander Zenderoshikawa and Haas, 1968; Donachie, 1968; Bleecken, 1969; Pritchard et al., 1969; Pritchard, 1974; Somapayrac and Maaløe, 1974) in the bacterium . and plays an important role in the cell cycle of this organism. Unfortunately the means by which the cell regulates this important process has remained ob
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-means Cluster Shape Implicationsooper, Pierucci and Revelas, 1968). Initiation occurs at a unique site on the chromosome termed the “replicator” in the original replicon hypothesis of Jacob, Brenner and Cuzin (1963). At present it is most frequently referred to as the “chromosomal origin” or the “origin of replication” (Louarn, Fu
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A Two-Levels Data Anonymization Approachmechanism is unstable and loses activity after having been used only once. Although this is implicated in the replicon model by Jacob, Brenner and Cuzin (1963), it seemed to have escaped serious attention until several years ago when we demonstrated that under certain physiological conditions such a
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Abdolreza Shirvani,B. John Oommeny linear insertion of its DNA without any site-specificity into the bacterial chromosome, thus causing mutations (1,2,3). Also replication of Mu is very different: in contrast to λ and P2 circular DNA molecules of genome size have never been found during lytic development of the phage. However, the
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