...NA)为引物,在tRNA3′桹H末端上,按5′→3′方向,合成一条与RNA模板互补的DNA单链,这条DNA单链叫做互补DNA(complementary DNA, cDNA),它与RNA模板形成RNA桪NA杂交体。随后又在反转录酶的作用下,水解掉RNA链,再以cDNA为模板合成第二条DNA链。
基于4744个网页-相关网页
... complementary acceleration补充加速度,附加加速... complementary dna互补 complementary operation求补运算 ...
基于16个网页-相关网页
根据Genbank中报道白勺Endoglin基因核苷酸序列(complementary DNA,cDNA),设计出了两条阻断Endoglin基因表达白勺RNAi序列,通过酶切鉴定证实Endoglin真核表达...
基于4个网页-相关网页
cDNA complementary DNA 互补DNA
complementary DNA probe 互补DNA探针
complementary dna strands 互补dna链
complementary DNA clone 互补DNA克隆
complementary dna library cdna文库 ; 互补DNA选殖
complementary dna strand 互补DNA链
complementary dna cloning cdna克隆
complementary dna representational difference analysis 代表性差异分析
N a form of DNA artificially synthesized from a messenger RNA template and used in genetic engineering to produce gene clones 互补DNA; 从RND信使模板上人工合成的DNA形式,用在基因工程中以生成基因克隆 ( abbr: cDNA)
DNA template directs organic synthesis by sequence-specificity recruiting reactants linked to complementary DNA.
DNA模板指导的有机合成反应具有序列特异性特点。
Molecular beacon is a kind of high sensitive and selective fluorescence oligonucleotide probes that is producing fluorescence upon hybridizing with their complementary DNA or RNA targets.
分子信标是一种高灵敏度、高特异性的新型荧光核酸探针。它在与互补DNA或RNA靶序列杂交时放出荧光。
The DNA electrochemical sensor is manufactured by immobilizing ssDNA on the activated surface of CPE in fixed potential. The complementary DNA is detected by hybridization on the this sensor.
利用一定电压下将探针固定在活化的碳糊电极表面的技术,研制成DNA电化学传感器,用该传感器对互补链dna进行杂交检测。
The DNA molecule here has been spread apart, opening up two single stranded DNA's which have complementary base sequences because they were double stranded DNA.
这里DNA分子被分开,形成两条单链DNA,这两条单链碱基序列互补,因为它们是由双链DNA解旋形成的
Hybridization simply means that DNA will re-nature and form a stable double helix only with its particular match, only with the hybrid that it is perfectly complementary, too.
核酸分子杂交表示,DNA在变性状态下可以恢复活性,和与其配对的单链形成稳定的双螺旋结构,只有在完全配对时才会发生这种情况
It has to do with the nature of this complementary binding between double stranded DNA and the fidelity of this base pair matching in forming stable DNA molecules.
这些特性能从根本上解释,为何DNA双链的碱基能互补配对,以及在形成稳定的DNA分子结构时,碱基互补配对为何具有一致性
应用推荐