基因工程技术 meaning in English
technique for gene engineering
Examples
- However , by far , all the milk - derived antihypertensive peptides ( also known as angiotensin converting enzyme inhibitory peptides , aceips ) are produced by the proteinase hydrolysis of milk proteins , no report is available on aceips expressed by dna recombinant technology
然而，到目前为止，所有的乳源抗高血压小肽都是通过蛋白酶对乳蛋白质的水解获得的，还没有通过基因工程技术来表达抗高血压小肽的研究报道。 - Abstract : this paper mainly reports a . ficuum nrrl3135 phytase " s molecular structure ( phyb and phya ) , function of amino acid residues , gene engineerings , biosynthesis and its regulation from molecular biology conclusively , with a view to exploit the development of phytase " s study and application prospects
文摘:对无花果曲霉的植酸酶分子结构、氨基酸残基功能及基因工程技术与酶的生物合成、调控等进行论述，并综述了植酸酶的研究、开发与应用前景 - In this study , we have constructed a new cea dna vaccine and a plasmid of il - 2 by using genetic - engineering technology , and designed the immunostimulatory dna sequence ( iss ) . we hope enhance the quantity of cea and the anti ~ cea by using the various vector , cytokine and iss
本文运用基因工程技术构建了cea的dna疫苗pc工cn ，白细胞介素七的真核表达质粒pci可l 《 ，设计合成了硫代修饰的免疫刺激序列门ss ） ，希望从载体、细胞因子和es方面提高cea的表达和抗ea的产生，从而达到对优a阳性肿瘤免疫防治的目的。 - This subject uses the genetic engineering technology and the newest modern biotechnology to study the genetic engineering lower reaches stage , in order to research and establish the optimum , high density fermentation technology pattern and high efficient isolation and purification model of recombinant proteins from inclusion bodies
本课题利用基因工程技术，重点从基因工程下游阶段着手研究，利用最新现代生物技术研究并建立经优化的高密度发酵工艺模式及高效分离纯化包涵体重组蛋白模式。一 - Tall fescue ( festuca arundinacea schreb . ) is one of the major cool - season turfgrasses widely utilized at home and abroad , and improvement of its stress tolerances by genetic engineering is of momentous significance to maintaining of perennial evergreen turf , saving of water resource , enlargement of establishment area , and especially , to melioration of ecological environments in western regions of china
高羊茅是目前正在国内外广泛应用的主要冷季型草坪草之一，利用基因工程技术改良其耐逆性对保持草坪四季常绿，节约水资源，扩大建植区域，尤其是对改善我国西部地区的生态环境具有十分重要的意义。