转座

证实了反转录转座子在外界胁迫环境的影响下，会发生转座，在DNA序列中发生了位置的变化。

Confirmed Retrotransposons in the outside world under the influence of a coercive environment , transposition occurs in the DNA sequence changes have taken place in the location .

结论：人工Mu转座技术是研究芽孢杆菌功能基因的快速有效的好方法。

Conclusion : Artificial Mu transposition complexes technology was a rapid and efficient tool for studying functional genes in Bacillus .

果蝇P转座因子的研究进展

Studies Advances of P Transposable Elements in Drosophila melanogaster

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

P因子的起源、转座及调控研究都揭示了其行为的复杂性。

Studies of the origin , structure and function of P element indicates its complex behaviors .

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 .

玉米Ac双因子转座标签系统的构建及其转化烟草后代的遗传分析

Construction of Two-element Transposon Tagging System and Analysis of Its Genetic Behaviour in Transformed Tobacco Plants

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 .

目的基因置于质粒内P因子中可在转座酶的作用下插入前胚盘胚。

Desired gene is placed between P element ends , usually within a plasmid , and injected into preblastoderm embryos in the presence of transposase .

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

转座元件是基因组中可移动的DNA分子，在真核生物的基因和基因组进化中起着重要的作用。

Transposable elements ( TEs ), which are DNA segments moving within genomes , play a major role in gene and genome evolution of eukaryotes .

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

水稻第4号染色体不同位置的Ds转座子转座行为的分析

Transpositional Behaviour Analysis of Ds Element from Different Insertion Sites on Chromosome 4 in Rice

不同启动子控制下Ac转座酶基因的表达对玉米Ds因子在水稻中切离频率的影响

Effects of Different Promoters Controlling Expression of Ac Transposase Gene on Excision Frequency of Maize Ds Element in Rice

正是因为威斯布鲁克的存在，NBA球员才敢在重要比赛前大摇大摆地走在破烂的煤渣转座间通道上；

Westbrook is the reason that NBA players peacock through shabby cinderblock gangways before big games ;

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 .

转座后，挑选阳性菌落，提取bacmidDNA，经PCR鉴定后，以重组bacmidDNA转染Sf9细胞。

After transposition , the positive colonies were selected and the bacmid DNA was extracted .

激光辐射诱导水稻转座子mPing，Ping及Pong的转座激活和可遗传DNA甲基化变异

Mobilization of Transposons m Ping , Ping and Pong and Heritable Alterations in DNA Methylation Pattern Induced by Laser Irradiation in Rice

将携带了Ac转座酶基因的植株与不同Ds转化植株杂交，杂交F1代同时带有Ac转座酶和Ds因子（Ac/Ds植株）。

The plants of F1 generation carrying both Ds element and Ac transposase were used to produce the F2 populations ( Table 1 ) .

睡美人（SleepingBeauty，SB）转座系统是Tc1/mariner转座因子超家族中的一员，是目前唯一取材于脊椎动物的具有活性的转座系统。

Sleeping Beauty ( SB ), a member of the Tc1 / mariner superfamily of transposable elements , is the only active DNA transposon system from vertebrate .

我们希望PB转座系统的应用能进一步推动解析哺乳动物基因功能的进程，对人类生物学和疾病研究有所助益。

We hope applications of the PB system will accelerate functional annotation of the mammalian genome , and will benefit the study of human biology and diseases .

转座因子（TEs）的研究及其科学启示

The Research of TEs and its Revelation in Science

目的：利用人工Mu转座技术研究解淀粉芽孢杆菌的功能基因。

Objective : Artificial Mu transposition complexes technology was used as a recombination tool to find out functional genes in Bacillus amyloliquefaciens .

MuA转座酶介导的短小芽孢杆菌启动子F1随机插入突变的研究

MuA Transposase-mediated Insertion Mutagenesis of Promoter F1 of Bacillus brevis