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Replication human genome origins

B. Analysis of Strand Asymmetries Around Experimentally Determined Replication Origins in the Human Genome... [Pg.203]

Figure 10. Cumulated skew profiles calculated around the origin of replication DNMTl Lamin B2, and P-globin in the human genome Sm (thick line) and Sec (thin line). The colors have the same meaning as in Fig. 9. See color insert. Figure 10. Cumulated skew profiles calculated around the origin of replication DNMTl Lamin B2, and P-globin in the human genome Sm (thick line) and Sec (thin line). The colors have the same meaning as in Fig. 9. See color insert.
VI. FROM THE DETECTION OF PUTATIVE REPLICATION ORIGINS TO THE MODELING OF REPLICATION IN THE HUMAN GENOME... [Pg.228]

The human genome would need at least 13,400 replication origins to be completely replicated in one hour. [Pg.901]

DNA replication in eukaryotes is more complex. The human genome consists of approximately three billion nucleotide pairs. Just one chromosome may be nearly one hundred times longer than a bacterial chromosome. To accomplish this huge job, DNA replication begins at many replication origins and proceeds bidirectionally along each chromosome. [Pg.726]

Humans have about 2.9 X 109 bp of DNA in their genome, and the replication fork migrates at the rate of approximately 30 bp/s. How long would it take to replicate the entire genome if it was a single continuous piece of DNA How many replication origins are required to replicate this DNA in one hour ... [Pg.676]

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See also in sourсe #XX -- [ Pg.221 , Pg.222 , Pg.223 ]



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