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

DIGN

书目名称DNA Synthesis影响因子(影响力)




书目名称DNA Synthesis影响因子(影响力)学科排名




书目名称DNA Synthesis网络公开度




书目名称DNA Synthesis网络公开度学科排名




书目名称DNA Synthesis被引频次




书目名称DNA Synthesis被引频次学科排名




书目名称DNA Synthesis年度引用




书目名称DNA Synthesis年度引用学科排名




书目名称DNA Synthesis读者反馈




书目名称DNA Synthesis读者反馈学科排名

幻影

开花期女

The Genetics of , DNA Replication (1). Indeed, the molecular architecture of the genetic material would seem to be magnificently, if not expressly, designed for the replication of genes. Despite this apparent simplicity of molecular design, determining the intricacies of the replication process has proved a fertile, though hard, gr

dendrites

Compatriot

The Function of RNA Polymerase and , in the Intitiation of Chromosome Replication in , and ,ooper, 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

违抗

Stabilized Initiation Activity of DNA Replication in an Sdr, Mutant of ,mechanism 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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commonsense

Control of the Initiation of Lambda Replication, ,, , and Repressor Establishment RNA Synthesisophage lambda. The initiation of λ bidirectional DNA synthesis and two modes of λ transcription, (a) ., . RNA synthesis and (b) repressor establishment transcription, are regulated by . dependent events. The requirements for . dependent RNA and DNA synthesis are summarized in this report. Transcript

ATOPY

Control of Initiation of DNA Replication in Mammalian Cellseters which must be regulated. The first and most stringent of these is the necessity to replicate every segment of each chromosome once and only once each cell cycle. Repair replication, which is a continuing process whether the cell is cycling or not, can occur, in the absence of this highly contr

gene-therapy