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 splice sites of the eukaryotic dna are the region of the vicinity in the exons and introns of the dna sequences of the eukaryotic cell biology.
真核基因剪接位点是真核细胞生物基因序列中外显子和内含子的相邻区域。
in order to achieve this goal, we need obtain the useful information from some partial key questions, in which the recognition of splice sites of the eukaryotic dna is important and key question.
为了实现这一目标,需要从一些局部的关键问题入手,真核基因剪接位点识别就是其中重要和关键的问题。
if we can distinguish the real splice sites of the eukaryotic dna sequence, the expressed regions and non-expressed regions of the eukaryotic dna sequences will be detected.
如果能识别出真核基因序列中的剪接位点,则可以将基因中的表达区域和非表达区域区分开。
it's very useful for the cloning and expression of the autonomously repli-acting sequence from the eukaryotic dna such as rice dna.
该质粒可用于筛选水稻等真核生物dna中的自主复制序列。
the chemistry nobel prize in 2006 is awarded by roger kornberg for his fundamental studies of the molecular basis of eukaryotic dna transcription.
2006年度诺贝尔化学奖授予了美国斯坦福大学医学院的结构生物学教授科恩伯格,表彰他在研究真核细胞转录分子机理方面的贡献。