gene expression

Transcription factors are key regulatory elements that control gene expression.

转录因子是调控基因表达的重要调控元件.

Each gene contains a start-controlled areas in order to control gene expression.

每个基因含有启动控制区,以调控基因的表达.

Conclusion: Biological active substance from Hp regulates gene expression through SRE cis-element.

结论: 幽门螺杆菌生物活性物质通过顺式转录调控元件SRE调控细胞基因表达.

RT PCR was performed for APN gene expression in liver tissue.

(2)APN表达:根据兔APN基因 cDNA序列 设计引物,提取肝总RNA,利用RTPCR 方法,检测肝APNmRNA水平的变化.

Gene expression was observed in both acinar and ductal cells.

腺体中心表达最高,其次是后、下、上、前部.

The scientists tracked the immune system using gene expression analysis.

科学家运用基因检测手段来追踪人体的免疫系统.

Quantitative determination of Alzheimer ′ s disease related gene expression in the brain of mice by RT PCR

用RT-PCR方法定量检测脑内早老性痴呆有关基因的表达

MiRNA: A New Regulator of Gene Expression

miRNA：一种新的基因表达调节子

RT PCR and flow cytometry were used to identify the expression of the transfected gene.

RT-PCR、流式细胞仪鉴定目的基因表达。

Various clinical manifestations reflect different forms of alkaline phosphatase gene expression.

不同型之临床表现与其碱性磷酸酶之基因缺失有关.

That cell hybridization can be used to dissect regulatory mechanisms controlling gene expression in eukaryotic cells.

杂交细胞能被应用于剖析真核细胞中控制基因表现的调节机理.

The magnitude of gene expression was proportional to the intensity of stimulation.

且基因表达量与刺激强度成正比.

These changes in gene actiity leels are called changes in gene expression.

基因活化的变化称之为基因表达.

Finally methods are described for the analysis of gene expression in macrophages.

最后方法被为在巨噬细胞里的基因表示的分析描述.

Real-time fluorescence quantitative reverse transcription PCR in determination of guanylyl cyclase-C gene expression in peripheral blood of patients with colorectal cancer and its clinical significance

实时荧光定量PCR检测大肠癌患者外周血鸟苷酰环化酶C基因及其临床意义

Quantitative determination of p53 gene expression by competitive RT PCR

用竞争性RT-PCR方法定量检测p53基因的表达

Tissue specific promoter can control gene expression in certain organ or tissue.

组织特异性启动子可以调控基因在某些特定的器官或组织部位中表达.

The procollagen gene expression was analyzed RT-PCR.

PCR用于分析前胶原基因表达.

Figure 3 . Metabolic reprogramming global analysis of changes in gene expression.

红框白字确定了在双峰转换中表达增加的基因.

Methylotrophic yeast has being increasingly used as a heterologous gene expression system.

甲醇营养型酵母越来越被人们用作外源基因的表达系统.