Inverted repeats

MicroRNAs ( miRNA ) are a new class of noncoding RNAs , which are encoded as short inverted repeats in the genomes of animals and plants .

微RNA是新发现的一类非编码RNA分子，在动植物细胞中广泛表达，它的基因是短的反向重复序列。

Both the MAR loci show numerous replication / transcription factor binding sites , enhancer motifs , several perfect or imperfect inverted repeats , and sequences sharing the common features of the potential DNA bending core sequence .

这两个序列中含有多个复制转录因子的结合位点、增强子基序、多个完全的和非完全的反向重复序列以及潜在的DNA弯曲核心序列样结构。

Homology Analysis of the Partial Inverted Repeats of Six IBRV Strains

6株牛传染性鼻气管炎病毒BICP4基因序列的同源性分析

There were one short tandom repeats , 7 direct and inverted repeats in it .

存在一个短串联重复序列和7个正、反向重复序列。

Comparison of resistance to Potato virus Y mediated by direct and inverted repeats of the coat protein gene segments in transgenic tobacco plants

正向和反向重复RNA介导的抗马铃薯Y病毒基因工程比较研究

RNA Mediated Transgenic Resistance to Potato Virus Y by Transforming Tabacco with the CP Gene Segments and Inverted Repeats

马铃薯Y病毒CP基因的短片段及其反向重复转基因烟草的RNA介导的抗病性研究

Study of virus resistance mediated by inverted repeats derived from 5 ′ and 3 ′ ends of coat protein gene of Potato virus Y

马铃薯Y病毒CP基因5′端和3′端反向重复结构介导的抗病性研究

The development of plant genetic engineering provided a new way to the study of plant virus resistance . With the big progress of RNAi , the study on plant virus resistance using inverted repeats expression vector became a hot spot .

植物基因工程的发展为植物抗病毒的研究提供了一条新的途径，尤其是随着RNAi领域研究的快速发展，利用反向重复表达载体对植物进行遗传转化成为研究植物抗病毒研究的一大热点。

Sequence Determination and Structural Analysis of Inverted Terminal Repeats ( ITR ) of Aviadenovirus Y_ ( 81 ) G_4 Strain Isolated from Goose

鹅源腺病毒Y（81）G4株基因组末端倒置重复序列（ITR）的核酸鉴定和结构分析

The nucleotide sequence of inverted terminal repeats ( ITR ) region was identified by sequence and comparison of two genomic terminal regions of Aviadenovirus Y 81 G 4 strain isolated from goose .

对鹅源腺病毒株Y81G4基因组两侧末端序列测定和比较，鉴定出其ITR区。