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DNA replication control: Liquid-liquid phase separation comes into play

机译:DNA复制控制:液体相分离发挥作用

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Liquid-liquid phase separation (LLPS) has been recently suggested as a new potential mechanism underpinning various organizational aspects of the cell, from the formation of sub-cellular, biomolecule enrichments to the assembly of organelles. In eukaryotes, DNA replication follows a strict temporal and spatial program that is majorly affected by the chromatin structure, the nuclear organization and the availability of limiting initiation factors, however the regulatory mechanisms driving the process have not been fully elucidated. Original data published lately revealed for the first time that the components of the pre-replicative complex, ORC, Cdc6 and Cdt1, are able to phase separate indicating a possible connection between LLPS and DNA replication. Here, we critically present these preliminary data and propose mechanistic models that could support this regulatory link and lead to new future research directions.
机译:最近提出了液 - 液相分离(LLP)作为一种新的潜在机制,从细胞的亚细胞,生物分子富集的形成,从细胞器组合中形成细胞的各种组织方面。在真核生物中,DNA复制遵循严格的时间和空间计划,这些计划受到染色质结构,核组织和限制启动因素的可用性影响,但驾驶该过程的监管机制尚未完全阐明。最近发布的原始数据首次发布的是,首次发布的是,预复制复合物,ORC,CDC6和CDT1的组分能够相位分离,表明LLP和DNA复制之间的可能连接。在这里,我们批判性地提出了这些初步数据,并提出了可以支持这种监管联系的机制模型,并导致新的未来研究方向。

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