antisense

Liver - targeted gene delivery was often seen in antisense drugs.

基因肝靶向遞送多見于反義藥物.

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Antisense technique is an important area of research in cancer - associated treatment.

反義技術是目前癌癥治療領域很重要的一門技術.

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Applying antisense oligonucleotide to block the expression of CLC - 3 mRNA .

應用反義核酸的阻斷CLC一 3mRNA 在細胞中的表達.

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Objective To study antiviral effect of Lihposome - mediated antisense oligonucleotides COS - ASIN.

目的　研究脂質體介導的反義寡核苷酸在體外對乙型肝炎病毒基因復制和表達的抑制.

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Objective To estimate the effort between antisense RNA probe and random primed DNA probe.

目的比較不同方式標記非放射性探針的原位雜交效果.

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Until now, several methods have been developed to improve the intracellular delivery of antisense oligonucleotides.

到目前為止, 已發展了數種提高寡聚核苷酸類化合物細胞內轉運的方法.

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Antisense conformational triggers based on molecular beacons can be used to initiate catalytic events.

基于分子信標的反義構象觸發,能開啟催化事件.

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Objective To observe the effect of telomerase antisense oligodexynucleotides on human gastric cancerous cell line.

目的:觀察端粒酶反義寡聚脫氧核苷酸對人胃癌細胞株的作用.

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There was no effect of the control antisense oligonucleotide on lipoprotein levels or oxidative parameters.

使用反義核苷酸鏈安慰劑不會引起脂蛋白水平和氧化參數的改變.

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Result After A 549 was infected by recombinant retroviral vector expressing antisense ANG, ANG protein level decreased greatly.

結果　構建出含反義血管生成素的逆轉錄病毒載體,感染A549細胞后, 能有效抑制A549細胞血管生成素蛋白的表達.

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Antisense oligonucleotides have been successfully employed to inhibit and modulate specifically gene expression.

反義寡聚核苷酸已成功用于對基因表達的特異性調控與抑制.

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The sequencing result of antisense DNA fragment was in accordance with the known LMP 1 gene.

結果:酶切產物和PCR產物 的凝膠電泳顯示400bp左右的目的基因片段,測序結果顯示與已知LMP1基因序列一致.

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Objective: In order to explore the effects of CD 40 antisense RNA on Balm cell.

目的: 探討CD40反義RNA對Balm細胞的影響.

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MMP - 9 activity was assessed in supernatants from HBECs stably transfected with pEGFPc 1 - antisense - ET - 1 converting enzyme ( ECE ) RNA.

明膠聚丙烯酰胺凝膠電泳酶譜法檢測穩定轉染ET - 1轉換酶 ( ECE ) 反義核酸上皮細胞培養上清MMP - 9酶活性.

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ObjectiveTo investigate the influence of STAT 3 antisense oligodeoxynucleotides ( ASO - STAT 3 ) on radiosensitivity of B 16 cells.

目的探討反義 STAT3 轉染鼠惡性黑色素瘤B16細胞后,腫瘤細胞輻射敏感性的變化.

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