This paper mainly introduces the progress made in the research of predicting eukaryotic pol promoters as well as the related software resources 文章将主要对真核生物启动子的预测研究进展和软件资源作一简单介绍。
In order that bar gene efficiently transcript and translate in eukaryote , the sequence next to atg was modified by pcr 为了目的基因在真核生物中有效的翻译和表达，通过pcr方法对bar基因起始密码子atg旁侧序列进行改造。
The segments are called as isochores . so far identification of isochore boundaries is still not solved satisfactorily by bioinformatics methods 识别真核生物基因组的isochore边界是生物信息学尚未很好解决的问题之一。
Ciliate , a unicellular protozoa and low eukaryotes in evolution , has perfect vesicular trafficking system among organelles 纤毛虫是单细胞的原生动物，在进化上属于低等的真核生物，但其各细胞器之间囊泡运输系统极为完善。
In eukaryotes it may bind to proteins in a transcription complex to inhibit its action , or it may bind to a transcription factor 在真核生物中，它可能与蛋白质结合形成一种转录复合体，抑制转录作用，或与转录因子结合在一起。
All fungi are eukaryotic organisms , and each fungal cell has at least one nucleus and nuclear membrane , endoplasmic reticulum , mitochondria , and secretory apparatus 真菌是真核生物，含有核、核膜、内质网、线粒体和分泌装置。
The nuclei of eukaryotic cells contain three types of rna polymerases : polymerase , and . they perform different functions in the cells 真核生物的细胞核中具有三种不同的rna聚合酶，分别是rna聚合酶、 rna聚合酶和rna聚合酶。
In short , the entry of introns into eukaryotes may have initiated an explosive new round of molecular evolution , based on rna rather than protein 简单的说，插入子进入真核生物后，可能启动了新一回合爆炸般的演化，这次的主角是rna ，而非蛋白质。
Like eukaryotes , but unlike bacteria , they have introns in their transfer rna , but like bacteria they have polycistronic operons ( gene regulators ) 像真核生物而不像细菌，转运rna中含有内含子，还有细菌不具备的多顺反子的操纵子（基因的调控子） 。
Until now , there are at least six smc protein subfamilies in eukaryotes and they are named smc1 smc2 , smc3 , smc4 , smc5 , and smc6 subfamily 目前在真核生物中smc蛋白分为六个亚族， smc1亚族、 smc2亚族、 smc3亚族、 smc4亚族、 smc5亚族、 smc6亚族。
