cis-acting element

DRE cis-acting element which could specifically bind DREB transcription factors plays important roles in inducing gene expression involved in dehydration , low-temperature , and high-salinity stresses .

DRE顺式作用元件能与DREB转录因子特异结合，在诱导逆境（干旱、高盐、低温）基因表达过程中起重要作用。

By the EMSA test , the MYC cis-acting element could bind protein and then induce the activity of promoter . But whether this cold-response regulation is similar to Arabidopsis thaliana or not is still to be further studied .

通过EMSA试验初步验证，枳中MYC顺式作用元件能与蛋白结合，诱导启动子的活性，但是此低温应答调控方式与拟南芥中反应通路是否一致，还有待进一步的研究。

Genome-wide Scanning for Baculoviral Factor of Cis-acting Element and Applications of Baculovirus Expression System

杆状病毒基因组扫描技术筛选病毒因子和顺式元件及其表达系统的应用

The binding capacity of the purified protein with the cis-acting element was further validated using electrophoretic mobility shift assay in vitro .

体外用凝胶阻滞试验进一步验证纯化蛋白与其顺式作用元件的结合能力。

Objective To identify whether GC-box ( - 348 to - 338 ) in human insulin gene promoter is a key cis-acting element .

目的鉴定人胰岛素基因启动子中的GC盒（-348￣-338）是否是启动子中的关键顺式作用元件。

Manufacture of dsDNA Microarrays of DRE Cis-acting Element

DRE顺式作用元件dsDNA芯片制备

Transcription factors become the determinants of transcription efficiency through binding and interacting with promoter of the target genes or the cis-acting element in enhancer region .

现已知道，基因表达的调节作用主要发生在转录水平，转录因子通过与靶基因启动子或增强子区域中的顺式作用元件结合和相互作用，成为调节靶基因转录效率的决定因素。

According to reports , ERF transcription factors can be combined with GCC-box cis-acting element involved in plant of high humidity , low temperature , drought , high temperature and other abiotic stress response process .

据报道，ERF转录因子可通过与GCC-box顺式作用元件结合参与植物对高湿、低温、干旱、高温等非生物胁迫的应答过程。

Promoter is a DNA sequence used for RNA polymerase combinating , and is an important cis-acting element in the regulation of the gene expression . It locate at upstream of initiation site of transcription .

启动子是一段供RNA聚合酶定位用的，位于基因转录起始点上游并对基因转录起调控作用的DNA序列，也是基因表达调控的重要顺式元件之一。

This article reviews the latest progress in the study of CBS and its cis-acting element , trans-acting-factor involved in the regulation of gene expression , and the structure , deletion , mutation of CBS .

文章综述了cbs基因的结构特点、调控cbs基因表达的上游顺式反应元件和反式作用因子、CBS蛋白的结构及缺失、突变等方面的研究进展。

In plants , the vast majority of bHLH genes involved in regulating response by identifying the cis-acting element of G-box , such as growing development , nutrient absorption , signal transduction and adversity stress .

绝大多数植物bHLH转录因子能够通过识别G-box元件参与诸如生长发育、营养吸收、信号转导、抗逆境胁迫等方面的应答。

It was found that the incorporation of selenocysteine needs a cis-acting element ( SECIS ) and four proteins ( SelA , SelB , SelC , SelD ) in E. coli .

coli中，Sec的掺入需要在一个顺式作用元件&Sec插入序列（SECIS）和四种蛋白质（SelA，SelB，SelC，SelD）的共同参与下才能完成。

CBF ( C-repeat binding factor ) gene recognize and specifically bound with cis-acting element of CRT / DRE ( C-repeat / dehydration responsive element ) in COR gene promoter region , induce the expression of CBF gene , thereby enhancing the ability of the cold resistance .

CBF（C-repeatBindingFactor）基因能够识别并与COR基因启动子区域的CRT/DRE（C-repeat/Dehydrationresponsiveelement）顺式作用元件特异结合，诱导其表达，从而提高植物的抗寒能力。