1) yeast system
酵母体系
2) yeast expression system
酵母表达体系
1.
This paper reviews the recent advances in yeast expression systems used in recombinant protein drugs produced by gene engineering,such as the selection of yeast vector system and yeast expression strain, construction of multi-copy strain, the high yeast cell density culture, the recent situation of yeast system applied in expression gene,defect of yeast expression system and countermeasure,etc.
本文主要从酵母载体系统的选择、酵母表达宿主的选择、多拷贝菌株的构建、高密度发酵培养酵母细胞、应用酵母系统表达外源基因的研究现状、酵母表达系统的缺陷及对策等几个方面综述了近年来酵母表达体系在基因工程重组蛋白药物开发方面的研究进展。
2.
Objective: To establish the yeast expression system for oncostatin M (OSM).
目的 :构建抑瘤素M (oncostatinM ,OSM)的酵母表达体系。
3) yeast two-hybrid system
酵母双杂交体系
1.
A ‘bait’ vector of yeast two-hybrid system that clearly expressed IBV BM-2 protein in yeast cell and ruled out of its self-activation was constructed using Open Reading Frame (ORF).
用B型流行性感冒病毒BM2 蛋白开放阅读框架片段 ,构建酵母双杂交体系中的“饵”载体 ,明确其在酵母细胞中的表达 ,排除自身激活作用 ,并用酵母双杂交法从人cDNA基因库中筛选出与BM2 蛋白相互作用的蛋白。
2.
Objective To gain an insight into the function of FXR1P and guess the relationship between FXR1P and the pathogenesis of fragile X syndrome, yeast two-hybrid system was used to screen proteins interacting with FXR1P.
目的 应用酵母双杂交体系筛选人胎脑cDNA文库中与脆性X智力低下相关蛋白1(FXR1P)相互作用的蛋白质，进而了解FXR1P的功能，推测FXR1P与脆性X综合征发病机制的关系。
4) two-hybrid system
酵母双杂交体系
1.
Screening of the new ABA signaling components in Arabidopsis using yeast two-hybrid system;
利用酵母双杂交体系筛选拟南芥ABA信号新元件
2.
The interaction of the abscisic acid (ABA) signal components, the ABI1 and AtGluRS, was studied using a yeast two-hybrid system.
利用酵母双杂交体系,研究拟南芥脱落酸(ABA)信号传导元件———蛋白磷酸酶ABI1与谷氨酸-tRNA合成酶AtGluRS间的相互作用。
5) yeast two-Hybrid system
酵母双杂合体系
1.
Objective: This study was designed to seek the hepatitis B virus preSl associated protein from normal human liver cDNA library by yeast two-Hybrid system and explore the role of preSl gene in the infection of HBV.
目的：利用酵母双杂合体系筛选乙型肝炎病毒前S1(preS1)蛋白相关蛋白，以利于探讨前S1蛋白在乙型肝炎病毒的入胞机制。
6) yeast carrier
酵母载体
1.
The utilization of stabilized active proliferous yeast carrier new techniques could square away the above disadvantages.
游离态间歇发酵工艺 ,操作程序复杂 ,生产效率低 ,应用固定化活性增殖酵母载体新技术能解决以上诸多难题。
补充资料：贝克氏酵母菌