eukaryote单词基本解析：

n.真核细胞
n. [生]真核细胞 =eucaryote
n.真核细胞；

eukaryote变化用词：

形容词: eukaryotic |

eukaryote英英释义：

Noun

1. an organism with cells characteristic of all life forms except primitive microorganisms such as bacteria; i.e. an organism with `good' or membrane-bound nuclei in its cells

名词 eukaryote:

an organism with cells characteristic of all life forms except primitive microorganisms such as bacteria; i.e. an organism with `good' or membrane-bound nuclei in its cells

同义词：eucaryote

eukaryote[ ju:'kæriəut ]n.an organism with cells characteristic of all life forms except primitive microorganisms such as bacteria; i.e. an organism with `good' or membrane-bound nuclei in its cells

同义词：eucaryote

eukaryote中文词源：

eukaryote用法和例句：

Amazingly, these mitochondria were once free - living bacteria that were captured by an early single - celled eukaryote.

令人惊奇的是, 这些线粒体曾是被早期 单细胞 真核生物俘获的自生细菌.

互联网

eukaryote

sequential element of eukaryote mRNA

mRNA序列

Sir2 is highly conserved from prokaryotes to higher eukaryote.

Sir2(silencing information regulator 2，简称Sir2)存在于从酵母到人类的各种生物中，具有高度的保守性。

Conservative residues K149 and E153, which were located beside the pocket of Trp, showed the phylogenic diversities from prokaryote to eukaryote.

Trp结合口袋旁边的两个氨基酸残基K149和E153在不同种属的TrpRS中显示出进化差异。

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。

Amazingly, these mitochondria were once free-living bacteria that were captured by an early single-celled eukaryote.

令人惊奇的是，这些线粒体曾是被早期单细胞真核生物俘获的自生细菌。

Intron A noncoding DNA sequence that occurs between coding sequences (exons) in many eukaryote genes.

内含子：是大多数真核生物基因中位于编码序列（外显子）之间的不编码的DNA序列。

Prokaryote cells evolved first and gave rise to eukaryote cells.

原核细胞先产生，而后产生真核细胞。

They generally reside in eukaryote and take part in the regulation of various physiological and pathological pathways such as cell differentiation, proliferation, and apoptosis.

它们广泛存在于真核生物体内，参与生物体发育过程中细胞分化、增殖、凋亡等多种生理病理途径的调控。

] or [[eukaryote]], which have several characteristics in common.

它们拥有几个共同点。

Their DNA is circular and is not complexed with proteins. it lacks the centromere, telomere, and other structures of the eukaryote chromosome.

它们的DNA是环状的，没有蛋白质结合的。缺少着丝粒，端粒，以及一些其他真核生物染色体具备的结构。

This ancestor was a single-celled aquatic eukaryote, and would have had the common features of animal and plant cells described above.

它是单细胞水生真核生物，并应该具备上述动物和植物细胞的共同特点。

mapping eukaryote

定位真核生物

The IDG gene from Ralstonia eutropha encoding the Indole dioxygenase was constructed with PTL12 from specific promoter in cotton fiber to form eukaryote vector which contents the prokaryote promoter of Indole dioxygenase.

将来源于Ralstonia eutropha中的靛蓝色素酶基因IDG与从棉花基因组DNA中克隆到的棉纤维特异启动子PTL12相连构建了真核表达载体。

Signal peptides' structures and functions, signal sequence traps and the proteins expressions in prokaryote and eukaryote expression systems were illustrated in the article.

就信号肽的结构和功能，信号肽的捕获方法及其在原核表达系统和真核表达系统中表达外源蛋白质的应用做一些介绍。

Our reaearch area focus on exploring the course and regulation mechanism of the proliferation and differentiation and apoptosis of eukaryote.

探索真核细胞增殖分化与凋亡过程及其调控机理。

Abstract:Microsatellites,simple sequence repeats (SSR),are abundant and distributed throughout the eukaryote genome.The contents of microsatellites are variant in different creatures.

摘要微卫星序列广泛存在于各类真核生物基因组中，一般为散在分布的中等程度重复序列。

The regulation of cell cycle in eukaryote is an important research field in cell biology.Cell cycle control is considered essential for normal growth, development and differentiation.

摘要细胞周期调控研究已成为当前生物学领域的一大热门课题，对哺乳动物和酵母细胞周期调控的研究已经非常深入且日臻成熟；

Mycoplasmas are widespread in nature as conditional pathogen, which may be the unique prokaryote that can cohabit with eukaryote and interact permanently with mammalian cells.

支原体是广泛存在于自然界的条件致病微生物,可能是唯一可以与真核生物共生,并可与哺乳动物细胞长期相互作用的原核生物。

It was the most salt tolerent eukaryote and the model organism to study the molecular mechanism of saline tolerent physiology.

杜氏藻还是耐盐性最强的真核生物，是研究抗盐性生理及其分子机制的方便的模式生物。

The paper has summarized development of biochemical component and ultrastructure of heterochromatin in eukaryote with an introduction to the development of ultrastructure in centromere.

概述了异染色质生化组成及其在超微结构方面的研究进展,着重介绍了着丝粒的异染色质超微结构研究。

The evolution of Giardia has commanded a level of attention matched by few other organisms because it differs from the“text-book”eukaryote in many ways.

比起其它的生物，贾第虫的进化受到广泛关注，这是因为它与标准的真核生物有许多不同的地方。

GABA is one of the most important materials to transfer nerve information by restraining.It is widely both in the prokaryotic creature and eukaryote.

氨基丁酸(GABA)是神经系统中重要的抑制性神经递质,广泛存在于原核生物和真核生物中。

What is now clear is that the evolution of eukaryote cells is either caused by or at least profoundly influenced by, symbiosis with bacterial and archaean cells at some stage in the Proterozoic.

现在清楚的是，在原生代的某些阶段细菌细胞和太古细胞的共生，造成了真核细胞的进化，或对真核细胞的进化产生了深刻的影响。

the evolution of eukaryotic cell structures by a eukaryote engulfing a bacterium.

由真核细胞吞噬细菌所形成的真核细胞结构的演化过程。

eucaryote, eukaryote

真核生物

Keywords eukaryote;DNA sequence;prediction of gene structure;gene structure annotation for genomes;genome database;genome browser;bioinformatics grid;cluster computing;

真核生物;DNA序列;基因结构预测;基因组结构注释;基因组数据库;基因组浏览器;生物信息网格;集群计算;

promoter in eukaryote

真核生物启动子

Development about Heterochromatin and Its Ultrastructure in Eukaryote

真核生物异染色质生化组成及超微结构研究进展

The average length of genes in a eukaryote is larger than in a prokaryote, implying that evolution of complexity is related to change of gene lengths.

真核生物的平均基因长度一般而言要长于原核生物的平均基因长度，这可能暗示了生物复杂性的进化与基因长度的变化有一定关联。

Eukaryote (Eukaryotae) All the living kingdoms except the Bacteria (Archaea and Eubacteria) are the eukaryotes.They are defined by the presence of a much more elaborate cell than the prokaryotes.

真核生物：除了细菌（古细菌和真细菌）以外的所有生物都属于真核生物，出现了较原核生物复杂的细胞而被定义为真核生物。

Ubiquitin proteasome pathway is responsible for the degradation of Short life protein in the eukaryote,UPP is high selective and very important in regulating various cellular processes.

真核细胞中,泛素系统执行对大多数短周期寿命蛋白的选择性降解,且已发现由泛素介导的对蛋白的降解调控在细胞的多种生命过程中起重要作用。

The origin of the eukaryote cell by symbiosis in several stages was not part of the evolutionary synthesis.

真核细胞起源于几个时期的共生现象这一假说，不属于进化综合论的组成部分。

Eukaryote expression system

真核表达系统

Eukaryote expression vector

真核表达载体

eukaryote vector

真核载体

Thioredoxins, a ubiquitous heat-stable, acidulous small proteins with a redox activedisulfide bridge in its conserved motif -CP(G)PC-, distribute universally in eukaryote andprokaryote and have a molecular mass of approximately 12Kda.

硫氧还蛋白是一类广泛存于原核生物和真核生物的热稳定、酸性小分子量蛋白质(其分子量约为12Kda)。

Two obviously different categories were determined in the first intron of goldfish vsx1, one has 39 base pairs, which contain a core sequence of eukaryote enhancer, more than the other.

第一内含子的一种类型比另外一种类型多39个碱基，这39个碱基中包括了真核生物增强子的核心序列。

Cell is a complicated organism that includes many organelles,cell surface receptors and ion channels.Especially there are a lot of complicated substance and structure in eukaryote.

细胞是一个复杂的有机体,包涵了众多细胞器、细胞表面的受体、各种离子通道等,在真核生物中具有极其复杂的细胞核内的物质与结构。

Keywords hepatitis B virus;gene recombinant;eukaryote expression;

肝炎病毒;乙型;基因重组;真核表达;

Keywords tumor suppression gene;eukaryote expression vector;recombinant plasmid;

肿瘤抑制基因;真核表达载体;重组质粒;

Calmodulin A Ca2+binding protein found in high levels in eukaryote cells.

钙调蛋白：在真核细胞中高水平存在的一种钙离子结合蛋白。

higher eukaryote

高等真核生物

用作名词(n.)

Prokaryote cells evolved first and gave rise to eukaryote cells.
原核细胞先产生，而后产生真核细胞。

The origin of the eukaryote cell by symbiosis in several stages was not part of the evolutionary synthesis.
真核细胞起源于几个时期的共生现象这一假说，不属于进化综合论的组成部分。

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