转座因子

主要对果蝇的P转座因子以及环境对P转座因子遗传效应的作用关系进行了研究。

The relation between P transposable element and environment to genetic efficacy was studied .

环境对果蝇P转座因子的作用关系研究

Research on Effective Relation Between P Transposable Element of Drosophila Melanogaster and Environment Factors

果蝇P转座因子的研究进展

Studies Advances of P Transposable Elements in Drosophila melanogaster

转座因子主要是一些“自在”或“无功能”的DNA，其对宿主进化无关紧要的观点受到了质疑。

The idea that transposable elements ( TEs ) are mainly'selfish'or'junk'DNA with little importance for host evolution has challenged .

他们识别出了带有“死基因”标志的数千个DNA片段，还发现了数以百万计的转座因子。

They identified thousands of segments that had the hallmarks of dead genes . They found transposable elements by the millions .

昆虫中RNA介导的转座因子

RNA Mediated Transposable Elements in Insects

我国沿海地区黑腹果蝇（Drosophilamelanogaster）P族转座因子的研究

Study on P transposable elements in Drosophila melanogaster of coastal areas in China

玉米转座因子Ac／Ds导入水稻花药悬浮细胞并再生成植株

Introduction of Maize Transposable element Ac / Ds into Rice Anther-derived Suspension Cells and Plant Regeneration

农杆菌介导Ds转座因子转化番茄群体的构建

Agrobacterium Mediated Construction of Tomato Population with Ds Transposon

插入玉米Ds转座因子的水稻转化群体及其分子分析

Generation and Molecular Analysis of a Population of Transgenic Rice Plants Carrying Ds Element

黑腹果蝇P转座因子研究Ⅰ.我国黑腹果蝇的P-M测定及其地理分布

Study on P Transposable Elements in Drosophila melanogaster ⅰ . P-M Test of Chinese Strains and Geographic Distribution

这种学术上的志同道合令古尔德十分欣喜，他也主张转座因子的行为与微生物相似，在进化过程中，它们越来越擅长在宿主基因组中增加新的自身DNA拷贝。

Gould delighted at this good intellectual company , arguing that transposable elements behaved like miniature organisms , evolving to become better at adding new copies to their host genomes .

RNAi现在被认为是真核生物对病毒、转基因和转座因子（Transposableelements）的防御机制。

Now RNAi has been thought to be a defensive system against viruses , transgenes and transposable elements .

转座因子（TEs）的研究及其科学启示

The Research of TEs and its Revelation in Science

在果蝇中，杏黄色眼基因w~a和它的野生型白眼等位基因w的区别在于前者的转录单位中插入了反转录病毒样转座因子copia。

The white-apricot ( w α) allele differs from the wild type white gene by the presence of the retrovirus-like transposable element copia within the transcription unit .

转座因子（TEs）被誉为科学史上超时代的伟大发现，但这一科学发现经历了近40年的曲折。

TEs is a great discovery of super-times in the history of natural science , but it had undergone a long tortuous process for nearly 40 years .

从cry基因的分类、cry基因与转座因子的关系、cry基因的表达调控以及cry基因的作用机理等4个方面综述了cry基因的研究进展，并简要展望了其研究和应用前景。

Progress in the study of the cry genes of Bacillus thuringiensis focusing on four perspectives : ( 1 ) the classification of cry genes ; ( 2 ) the interaction between cry genes and transposable elements ; ( 3 ) the expression and regulation of cry genes ;

利用635个包含完整转座因子插入的粳稻CDS序列，对转座因子如何影响基因编码区的碱基组成及基因的表达水平，进而对基因同义密码子的使用偏性产生影响进行了详细分析。

By using 635 CDSs containing integral transposable element sequence ( TEs ), a detailed analysis on how the insertion of TEs affects gene nucleotide composition in coding region and gene expression level , and furthermore affects the synonymous codon usage bias in every genes was made .

转座因子对水稻同义密码子使用偏性的影响

Effects of transposable elements on synonymous codon usage bias in rice

转Ac/Ds转座因子大豆后代的鉴定与分析

Detection and Analysis of Ac / Ds Transposon in Transgenic Soybean

最后还对转座因子标签研究中转座基因型及突变体筛选的策略进行了讨论。

A strategy for the selection of transposition genotypes was discussed .

果蝇转座因子对基因组进化的影响

The Impact of Transposable Elements on Genome Evolution in Drosophila

苏云金芽孢杆菌Ⅱ类转座因子的应用与研究进展

Advances in Application and Research of Bacillus thuringiensis 's Class ⅱ Transposable Elements

生物基因组中的转座因子

On transposable element of gene grout in creature

麦克林托克转座因子理论建立的哲学思考

Philosophical Analysis on the Thinking Way of Creation of Transposable Element Theory in Genetics

植物转座因子研究进展

Research advance of transposable elements in plants

苏云金芽胞杆菌转座因子的转座机理及其与杀虫晶体蛋白基因的关系

Transposition mechanism of the transposons in Bacillus thuringiensis and their relationship with insecticidal crystal protein genes

本文简述近代对控制生物遗传和进化的转座因子的研究动态。

Our article deals with the recent studies on the transposable elements controlling heredity and evolution in organisms .

在秀丽新杆线虫，结果在动员的转座因子。

Possibly : Mutations that impair RNA silencing in Caenorhabditis elegans result in the mobilization of transposable elements .

对麦克林托克发现及创立转座因子理论的过程进行了阐述和哲学分析。

Analyses were made on the thinking method of the creating of transposable element theory in genetics by Barbara McClintock .