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1·Antisense technology is a strategy of gene therapy.

反义技术是基因治疗的一个策略。

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

基因肝靶向递送多见于反义药物。

3·The inhibition also was antisense sequence - specific and dose - dependent.

上述抑制都是序列特异性的，与剂量呈正相关关系。

4·Recent advances in development and application of antisense drugs were reviewed.

本文综述了近期反义药物开发与应用的进展。

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

反义技术是目前癌症治疗领域很重要的一门技术。

6·Then, the content of melanin in antisense TRP-1 transfected melanocyte was detected.

测定TRP - 1反义核酸转染黑素细胞后细胞内黑素含量的变化。

7·Phase II trials with an antisense oligonucleotide against HSP-27 in CRPC are underway.

以HSP-27为靶点的反义寡核甘酸正处于第二期临床试验中。

8·A strategy of shotgun antisense gene silencing was used to generate a rice mutant library.

尝试利用鸟枪反义基因沉默策略构建水稻突变体库。

9·The protein envelope surrounding the virus was then reversed, in a process called antisense.

在一个称作反义的过程中，病毒外部的蛋白质包膜被反转。

10·When sense and antisense RNA molecules meet, they bind to each other and form double-stranded RNA.

当感觉和抗感觉RNA分子相遇的时候，他们结合在一起形成双链的RNA。

反义的

1·The other (complementary or antisense) strand always has a sequence that matches the first strand, with each C complemented by a G, and each A by a T, and vice versa.

另一条链（互补链或反义链）的序列总是与第一条链相匹配，即C与G，A与T，反过来也一样。

2·Such small antisense RNAs may later have gained a role in RNA editing, possibly under selective pressure to repair a region or restore a reading frame after loss or erosion of a module.

之后，这些小的反义RNA可能会在RNA拼接中发挥作用，如在选择压力下修复基因组中一个区域，抑或在丧失或损坏一个模块后恢复一个读码框。

3·The protein envelope surrounding the virus was then reversed, in a process called antisense.

在一个称作反义的过程中，病毒外部的蛋白质包膜被反转。

4·The present report clearly shows how specific antisense biological activity can be achieved inside macrophages by means of three different delivery systems.

本文对如何利用三种不同的运载系统在巨噬细胞内实现特定的反义生物活性进行了清晰的阐述。

5·In addition, the unique chemical, physical and biological properties of PNAs have been exploited to produce powerful biomolecular tools, antisense and antigene agents, molecular probes and biosensors.

此外，鉴于肽核酸独特的理化和生物学性能，人们正尝试将其用于生物分子工具、反义和反基因制剂、分子探针和生物传感器。

(1)antisense rna反义RNA