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首页> 外文期刊>Molecular cell >Evidence that a Single Replication Fork Proceeds from Early to Late Replicating Domains in the IgH Locus in a Non-B Cell Line
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Evidence that a Single Replication Fork Proceeds from Early to Late Replicating Domains in the IgH Locus in a Non-B Cell Line

机译:在非B细胞系中,IgH基因座中单个复制叉从早期复制域到晚期复制域的证据。

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摘要

In non-B cell lines, like the murine erythroleukemia cell line (MEL), the most distal IgH constant region gene, C alpha , replicates early in S; other heavy chain constant region genes, joining and diversity segments, and the most proximal Vh gene replicate successively later in S in a 3' to 5' direction proportional to their distance from C alpha . In MEL, replication forks detected in the IgH locus also proceed in the same 3' to 5' direction for similar to 400 kb, beginning downstream of the IgH 3' regulatory region and continuing to the D region, as well as within the Vh81X gene. Downstream of the initiation region is an early replicating domain, and upstream of Vh81X is a late replicating domain. Hence, the gradual transition between early and late replicated domains can be acheived by a single replication fork.
机译:在非B细胞系中,例如鼠红白血病细胞系(MEL),最远的IgH恒定区基因C alpha在S早期复制;其他重链恒定区基因,连接和多样性区段以及最接近的Vh基因随后在S中沿3'至5'方向连续复制,与它们与C alpha的距离成正比。在MEL中,在IgH基因座中检测到的复制叉也以相同的3'至5'方向进行约400 kb,从IgH 3'调节区的下游开始,一直延伸到D区,以及在Vh81X基因内。起始区域的下游是早期复制域,而Vh81X的上游是晚期复制域。因此,可以通过单个复制分支来实现早期复制域和晚期复制域之间的逐步过渡。

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