1) DNA shuffling
DNA重排
1.
DNA shuffling and in vitro molecular evolution;
DNA重排及体外分子进化
2) DNA family shuffling
DNA家族重排
1.
Penicillin G Acylas (PGA) of Providencia rettgeri (ATCC 25599) was evolved using a modified DNA family shuffling method.
在Providenciarettgeri青霉素酰化酶基因克隆和表达的基础上 ,利用DNA家族重排技术构建了上述基因的嵌合体突变库。
3) T-cell receptor excision DNA circle
T细胞受体重排删除DNA环
1.
Objective To investigate the level of T-cell receptor excision DNA circles(TRECs) in patients with acute non-lymphocytic leukemia(ANLL),thereby to evaluate the content of naive T cells and the recent thymic output function.
目的检测急性非淋巴细胞白血病(ANLL)患者T细胞受体重排删除DNA环(signaljoint T-cell receptor exc ision DNA c irc les sjTRECs,TRECs)的含量,从而探讨患者的初始型naive T细胞水平和胸腺近期输出功能特点。
4) DNA recombination
DNA重组
1.
Echo cloning system:recent advance of DNA recombination technology;
镜像克隆系统:DNA重组技术的新进展
2.
This study is focused on Corynebacterium glutamicum, an important producer in amino acids industry,by the protocol with construction of the in frame deletion fragments of targeting genes,application of DNA recombination technique and so on.
通过目标基因内部缺失片段的获得以及DNA重组交换等技术的有效运用 ,在氨基酸工业重要生产菌谷氨酸棒杆菌中 ,成功地定点构建了两个目标研究基因的单基因缺失菌株和双基因缺失菌株 ,并通过了PCR和测序等方法的分析验证。
3.
The reaction conditions for DNA recombination are optimized The cohesive_blunt end ligation is going on by two step And this raises the efficiency of DNA recombination greatl
优化DNA重组的反应条件 ,将粘端一平端连接分两步进行 ,大大提高了DNA重组的效
5) repetitive DNA
重复DNA
1.
The distribution of repetitive DNAs along chromosomes is one of the crucial elements for understanding the organization and the evolution of plant genomes.
重复DNA沿染色体的分布是认识植物基因组的组织和进化的要素之一。
6) recombinant DNA
重组DNA
1.
Furthermore,the application of recombinant DNA techniques in the genetic manipulation of S.
本文简要综述了重组DNA技术应用于酿酒酵母遗传操作的研究进展，并指出了重组DNA技术作为新的遗传操作的手段，其应用性明显优于经典的遗传操作方法。
2.
Genoraic DNA library is a collection of recombinant DNA clones which contain the complete gene s random fragments.
基因组DNA文库(genomic DNA library)是含有某种生物体全部基因的随机片段的重组DNA克隆群体。
补充资料：DNA分子花窗(沿B―DNA轴线方向看)
[图]
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条