gene expression

1. Objective to investigate the change of gene expression in human transitional cell carcinoma ( tcc).
   目的探讨人膀胱移行细胞癌基因表达谱的变化。
2. Objective To study the proliferative change of epithelium and gene expression in adenoma-carcinoma sequence of gallbladder carcinogenesis.
   目的研究胆囊腺瘤从增殖到恶变中腺上皮细胞的增殖变化和基因表达。
3. Proper levels of gene expression are essential for normal cell function.
   恰当的基因表达对与细胞的正常功能是至关重要的。
4. This phenomenon is mostly seen in imprinted genes and X-chromosome inactivation where DNA methylation of promoter regions leads to repression of gene expression.
   这种现象主要在印迹基因和X染色体失活区域看到，这些区域中的启动子区的DNA甲基化导致了基因表达的抑制。
5. But Mars had no effect on the GUS gene expression levels in transient expression.
   但在瞬时表达中，mars对gus基因的表达没有影响。
6. Differential gene expression profoundly influences the way in which organisms grow and develop.
   差别基因表达深深地影响了有机体生长和发育的途径。
7. Therefore, the investigations on promoter cloning methods are essential to learn gene expression regulation and construct expression vectors.
   因此，研究启动子的克隆方法，对探讨基因表达调控和构建表达载体至关重要。
8. Suspension cultures maintained for long periods may alter in properties due to mutation and altered gene expression.
   悬浮培养长期保存会由于突变和基因表达的改变而改变性状。
9. Objective To investigate the relationship of atherosclerosis and vascular cell adhesion molecule-1 ( VCAM-1) gene expression.
   目的探讨动脉粥样硬化与血管细胞黏附分子-1（VCAM-1）基因表达的关系。
10. Cytosine methylation silences transposable elements in plants, vertebrates, and fungi but also regulates gene expression.
    胞嘧啶的甲基化能够沉默植物、脊椎动物和真菌的转座元件，同时也能调控基因的表达。
11. Recent molecular genetics studies have revealed a genetic network that enables the critical daylength response of florigen gene expression.
    近来分子遗传研究揭示了一个遗传网络可以使成花素基因对临界日长做出应答。
12. BACKGROUND: DNA Microarrays have become the standard method for large scale analyses of gene expression and epigenomics.
    背景：DNA微阵列已经成为进行基因表达和表观组学的大规模分析的标准方法。
13. Superpure DNA can be prepared using RNA transcribed from DNA in the course of gene expression.
    在基因表达期间，使用从DNA转录而来的RNA可制备出超纯度的DNA。
14. 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。
15. After the sequencing of genomes, genomics has shifted to the study of gene expression and function.
    测序完成后，基因组学转向了基因表达及功能的研究。
16. Plants use these epigenetic silencing mechanisms extensively to control development and parent-of-origin imprinted gene expression.
    植物广泛地使用这些表观沉默机制来控制发育及亲本来源的印记基因表达。
17. Detecting the transcriptional regulatory elements is the key of understanding the transcriptional regulatory mechanism and gene expression pattern.
    识别转录调控元件是理解基因转录机制和表达模式的关键。
18. Kidney neoplasms Oncogene proteins Gene expression;
    肾肿瘤；癌基因蛋白质类；基因表达；
19. Study on Single Nucleotide Polymorphisms and Gene Expression Related to Sports
    运动相关基因单核苷酸多态性和基因表达的研究
20. Palmitate also increased IL-6 and SOD2 gene expression, and this effect was prevented by inhibiting NFB.
    软脂酸盐也会增加IL-6和SOD2的基因表达，这种作用会因抑制NFB而被阻止。
21. Gene expression characteristics analysis is the research hotspot of microarray.
    基因表达特征分析是基因芯片的研究热点。
22. DNA microarray has been applied to DNA sequencing, pharmaceuticals analysis, gene expression and so on.
    DNA微集阵列已广泛用于DNA测序、药物分析、基因表达等研究领域。
23. Several classification methods based on DNA gene expression microarray data are introduced in this paper.
    最后对基于基因表达微阵列数据的分类技术进行了展望。
24. This event triggers the "closure" of DNA structure and shuts down gene expression, such as E-cadherin.
    该事件触发了DNA结构的“关闭”和关闭了如E-cadherin基因的表达。
25. Conclusion Noninvasive monitoring facilitates the detection of gene expression in vivo and in vitro.
    结论可应用非侵入性活体显像技术进行体内和体外基因表达的检测与监控。
26. Investigation of Melatonin Receptor subtype Protein and Gene Expression in Human Embryos
    人胚胎组织褪黑素受体亚型蛋白和基因表达的研究
27. Epigenetic modifications plays an important role in gene expression and the early development of cloned embryo.
    表观遗传修饰在基因表达和克隆胚的早期发育方面有重要作用。
28. Overexpression of SUB1A augmented ABA responsiveness, thereby activating stress-inducible gene expression.
    过量表达SUB1A增强了对ABA的响应，从而激活了逆境诱导基因的表达。

noun

1. conversion of the information encoded in a gene first into messenger RNA and then to a protein