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网络释义专业释义

短语

反义 RNA antisense RNA

反义RNA技术 antisense RNA technology

vegf反义rna vegf antisense rna

反义RNA探针 RNA antisense probe

反义rna技术 antisense rna technique

异源反义rna heterologous antisense rna

双靶区反义RNA dual target antisense RNA

反义rna表达载体 antisense expression vector

天然反义RNA natural antisense RNA

反义RNA基因 antisense RNA gene

 更多收起网络短语
  • antisense rna - 引用次数:63

    In comparison of the antisense oligonucleotides technique, antisense RNA technique has the advantages of simple designing, strong specifity, easy operating, and being economic and time constanting.1.

    而且,反义RNA技术具有成本较低、作用的长效性等反义寡核苷酸技术无法比拟的优势。

    参考来源 - 靶向封闭凋亡抑制基因Survivin诱导喉癌细胞凋亡及抑制其增殖的实验研究
    anti-sense rna - 引用次数:5

    As one of the anti-sense nucleic acid method, anti-sense RNA technique is a gene therapy method by selectively blocking target gene expression and have been developed in the field of tumor research and therapy.

    反义RNA技术作为一种选择性封闭目的基因表达的基因治疗方法,近年来在肿瘤研究与治疗中发展迅速。

    参考来源 - 视黄酸依赖反义cyclin D1 RNA表达载体的构建及其对白血病细胞的效应研究
  • antisense rna - 引用次数:50

    Antisense RNA technology was an effective way to silencing specific gene, and was widely employed in plant breeding.

    反义RNA技术是一种很有效的使基因沉默的方法,目前已广泛应用于植物的遗传育种中。

    参考来源 - 茶树中咖啡碱合成酶基因的抑制及在其它生物体中的表达
    anti-sense rna - 引用次数:8

    参考来源 - (木奈)多酚氧化酶基因及5’端调控序列的克隆

·2,447,543篇论文数据,部分数据来源于NoteExpress

原声例句

  • Well, that anti-sense strand is shown here as the red and the cell is naturally making the blue or sense strand of messenger RNA for a particular protein.

    好的,反义链在这里以红色表示,细胞自身会造出合成某种,特定的蛋白质的蓝色RNA正义链

    耶鲁公开课 - 生物医学工程探索课程节选

  • Now the nice thing about this is that the degradation mechanisms seem to persist for some period of time, beyond the time at which you deliver the double stranded RNA; whereas, obviously, this mechanism here is only going to exist for as long as the anti-sense sequence is present.

    而好消息是降解过程会持续一段时间,比你转入双链RNA的时间要长,但是,这种机制只会在,有反义链的时候发挥作用

    耶鲁公开课 - 生物医学工程探索课程节选

百科

反义rna

反义RNA,根据反义RNA的作用机制可将其分为3类:Ⅰ类反义RNA直接作用于靶mRNA的S D序列和(或)部分编码区,直接抑制翻译,或与靶mRNA结合形成双链RNA,从而易被RNA酶Ⅲ 降解;Ⅱ类反义RNA与mRNA的非编码区结合,引起mRNA构象变化,抑制翻译;Ⅲ类反义RNA则直接抑制靶mRNA的转录。

详细内容

以上来源于: 百度百科
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