Besides chromosome DNA, has extremely few structure different DNA to exist in eukaryotic cell's line plastochondria and the chloroplast.
除染色体DNA外，有极少量结构不同的DNA存在于真核细胞的线粒体和叶绿体中。
The Wellcome Trust Centre for Cell Biology is primarily dedicated to education and research in cell biology including sensory neurons, structure and function of the eukaryotic replisome, Drosophila development, the functional significance of DNA methylation, Saccharomyces cerevisiae, chromosome segregation, DNA damage.
细胞生物学研究中心主要致力于细胞生物学的教学与研究，其研究领域包括感觉神经元，真核状态复制体的结构和机能，果蝇发育，DNA甲基化作用的功能意义，面包酵母，染色体分离，DNA损伤等。
But the eukaryotic cell chromosome is actually much more complex, is composed of the four elements: Namely DNA, RNA, the histone (rich lysine and arginine low molecular weight alkalinity protein, has five different types at least) and the non-histone.
而 真核细胞染色体却复杂得多，由四类分子组成：即 DNA ，RNA ，组蛋白（富有赖氨酸和精氨酸的低分子量碱性蛋白，至少有五种不同类型）和非组蛋白。
With the purpose of further study of the influence of condensin to chromosome condensation, we set up the eukaryotic expression plasmid cotransfection system which is tagged by GFP. We use the RNAi plasmids RHE and RHC which are constructed in our laboratory and idio-interfere the SMC subunits of cendensin to knock down the quantity of hCAP-E and hCAP-C of HeLa by RNAi technic.
为了进一步研究集缩素对染色体集缩的影响，本实验建立起以GFP为标记的真核表达质粒共转染体系，利用实验室已有的特异干涉集缩素SMC亚基的RNAi质粒RHE和RHC，采用RNAi技术分别下调HeLa细胞中SMC亚基hCAP-E和HcAP-C的表达量。
The faithful chromosome segregation is crucial for transmitting the genetic information accurately in eukaryotic organisms.
染色体分离是真核生物正确传递遗传信息的关键。
The studies on SC may not only contribute to the knowledge of submicroscopic structure in meiosis but also has been widely used in the studies on eukaryotic chromosome rearrangement, medical cytogenetics and genetic toxicology.
SC的研究不但丰富了人们对减数分裂过程亚显微细节的了解，而且在真核生物染色体重排、医学细胞遗传学、遗传毒理学的研究中，也得到了普遍的重视和广泛的应用。
Telomere is a kind of deoxyribonucleic acid that closes the end of eukaryotic chromosome.
端粒是一种封闭了真核染色体末端的脱氧核糖核酸。
Telomere is at the end of the chromosome in eukaryotic cells and protects chromosomes.
端粒位于真核细胞染色体末端，起保护染色体末端的作用。
The results of this study is as following: 1. Eukaryotic DNA element called Matrix Attachment Regions (MARs) can function on regulating the structure and activity of chromosome.
相关结果如下：1.核基质附着区是一种真核生物的DNA元件，能调控染色体结构和活性。为研究体内MAR相关的染色质准入和转录调控。