The study, published in the journal Nature, shows the gene is involved in packaging DNA in the body's cells.
发表在《自然》杂志上的一项研究表明，基因与DNA进入人体细胞有关系。
Until now, researchers did not know how T4, or any other virus, accomplished the DNA packaging.
直到现在，研究人员也清楚T4或者其他的病毒是如何完成DNA包装的。
In normal cells, the BRCA1 protein keeps these regions silent by tagging histones, or DNA packaging proteins, with a molecule called ubiquitin.
在正常细胞中，通过组蛋白标记或DNA包装蛋白，在泛素分子的作用下，BRCA1蛋白使这些区域保持沉默。
The packaging of eukaryotic DNA into chromatin influences various processes that utilize DNA as a template, including transcription, replication and repair.
真核生物dna紧密包装成染色质结构，影响了包括转录、复制和修复等在内的以dna为模板的每一个生物过程。
The team found some were vital for DNA packaging, chromosome segregation and fertility.
研究小组发现了一些对DNA包装，染色体分离和富集至关重要的蛋白。
These structures suggest a mechanism, supported by mutational and other data, in which electrostatic forces drive the DNA packaging by alternating between tensed and relaxed states.
这些结构暗示了一种机制，变异和其他方面的数据也支持该种机制，即：静电力通过改变马达的在紧张状态和松弛状态的改变来驱动DNA包装。
In normal cells, MLL combines with four proteins that comprise the W-RAD group to create a molecular switch that controls DNA packaging events required to form white blood cells.
在正常细胞中，MLL与其他四种蛋白联合组成了W-RAD复合体，从而形成了在白细胞形成中所需的一种控制DNA组合的分子开关。
In normal cells, MLL combines with four proteins that comprise the W-RAD group to create a molecular switch that controls DNA packaging events required to form white blood cells.
在正常细胞中，MLL与其他四种蛋白联合组成了W-RAD复合体，从而形成了在白细胞形成中所需的一种控制DNA组合的分子开关。
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