recombinant DNA technology
英
美 [rɪˈkɑmbɪnənt ˌdiː en ˈeɪ tekˈnɑːlədʒi]
网络 DNA重组技术; 技术; 重组DNA技术; 重组; 重组 DNA技术
双语例句
- Method: Adopting the recombinant DNA technology, the prokaryotic expression plasmids of one normal recombinant and tree single-residue variants of bovine prion protein were constructed.
【方法】应用DNA重组技术，正确地构建牛朊蛋白基因的1个正常重组朊蛋白和3个单氨基酸变异体的原核表达载体，经转化E。 - Prophylactic vaccines based on the use of virus-like particles ( VLPs) obtained from auto-assembly of L1 or L1 and L2 proteins produced by recombinant DNA technology are under phase I/ II clinical trials for HPV6/ 11 associated with condylomas.
通过DNA重组技术，基于HPV6/11型L1或L1和L2蛋白自我组装成病毒样颗粒的研究已经进入了I/II期临床实验。 - Application of recombinant DNA technology in entomology
重组DNA技术在昆虫学中的应用 - The parents of 22 strong heterotic combinations, 'in-which Yiyuan 2, a wheat-rye recombinant was used as male parent, Were tested and analyzed by random amplified polymorphic DNA ( RAPD) markers technology.
利用RAPD技术对小麦（黑麦）异源重组系异源2号组配的22个强优势杂交组合的亲本进行了遗传差异检测分析。 - Nesiritide is a synthetic form of brain natriuretic peptide using recombinant DNA technology.
奈西立肽是利用重组DNA技术得到的合成型人类脑利钠肽。 - With the development of recombinant DNA and peptide synthesize technology, and advantage in analytical separation technology, more and more proteins and peptides, such as enzyme, activators and inhibitors, poly-and monoclonal antibodies, and various vaccines, are used as pharmaceuticals in clinic.
随着重组DNA和多肽合成技术的发展，更加之分析分离技术的提高，越来越多的蛋白质和多肽，象酶、活性因子、抑制因子、多克隆与单克隆抗体、疫苗，被作为药物应用于临床。 - The advent of recombinant DNA technology has provided efficient and cost-effective alternate sources for many therapeutic proteins.
重组DNA技术为许多治疗性蛋白的生产提供了一种有效的替代方法。 - Therapeutic recombinant proteins are produced by the recombinant DNA technology.
重组药用蛋白质是指利用DNA重组技术生产的蛋白质。 - With the development of recombinant DNA technology and expression system, quantity of known protein increases.
随着重组DNA技术的发展和表达体系的完善，已知的蛋白质数目有了很大增长。 - Although we are now able to produce pharmacological peptides by recombinant DNA technology, yet we fail to produce amidated peptides in the same way because bacteria lack the a-amidase.
尽管我们能够通过重组DNA技术利用细菌生产具有药理活性的蛋白质，然而这种技术却不能用于生产酰胺化多肽，因为细菌中没有α-酰胺化酶。