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Transcription factors and DNA replication origin selection.

机译:转录因子和DNA复制起源选择。

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摘要

The chromosomes of eukaryotic cells possess many potential DNA replication origins, of which a subset is selected in response to the cellular environment, such as the developmental stage, to act as active replication start sites. The mechanism of origin selection is not yet fully understood. In this review, we summarize recent observations regarding replication origins and initiator proteins in various organisms. These studies suggest that the DNA-binding specificities of the initiator proteins that bind to the replication origins and promote DNA replication are primarily responsible for origin selection. We particularly focus on the importance of transcription factors in the origin selection process. We propose that transcription factors are general regulators of the formation of functional complexes on the chromosome, including the replication initiation complex. We discuss the possible mechanisms by which transcription factors influence the selection of particular origins.
机译:真核细胞的染色体具有许多潜在的 DNA 复制起源,其中的一个子集是响应细胞环境(例如发育阶段)选择的,以充当活跃的复制起始位点。原产地选择的机制尚未完全了解。在这篇综述中,我们总结了最近关于各种生物体中复制起源和起始蛋白的观察结果。这些研究表明,与复制起点结合并促进 DNA 复制的起始蛋白的 DNA 结合特异性是导致起源选择的主要原因。我们特别关注转录因子在原产地选择过程中的重要性。我们认为转录因子是染色体上功能复合物形成的一般调节因子,包括复制起始复合物。我们讨论了转录因子影响特定来源选择的可能机制。

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