1) Immunogenicity
纤毛蛋白基因工程疫苗
1.
The Immunogenicity of the Recombinant Pili Protein Vaccine C Type Bacteroides Nodosus against Footrot in Healthy Sheep;
腐蹄病C型节瘤拟杆菌纤毛蛋白基因工程疫苗对绵羊的免疫试验
2) genetic engineering vaccine
基因工程疫苗
1.
Research and development of animal parasite genetic engineering vaccine;
动物寄生虫基因工程疫苗的研究进展
2.
Primary Development of the Genetic Engineering Vaccine Against Foot-and-mouth Disease Virus;
口蹄疫基因工程疫苗的初步研制
3.
Objective To observe the antigenicity of genetic engineering vaccine of enterotoxigenic Escherichia coli(ETEC),so as to screen out the effective strains of it for prevention and cure of ETEC diarrhea.
目的观察肠毒素大肠杆菌(ETEC)基因工程疫苗的抗原性效果,筛选有效的防治ETEC腹泻病基因工程疫苗株。
3) Gene engineering vaccine
基因工程疫苗
1.
The genomic and its transcription,structure protein and its biological character,molecular biological diagnosis and gene engineering vaccine of infectious bronchitis virus were sumarized.
叙述了国内外对传染性支气管炎病毒 (IBV )的基因组结构及转录过程 ;IBV的结构蛋白及生物学功能 ;IBV诊断的现代生物技术手段 ;IBV基因工程疫苗与免疫预防
4) genetically engineering vaccine
基因工程疫苗
1.
Recent development of DNA shuffling and its application on genetically engineering vaccines was reviewed in this article.
该文介绍DNA shuffling技术的基本原理,并列举了由该技术发展而来的新技术及其在基因工程疫苗领域的应用,展望了DNAshuffling技术的发展方向。
2.
In order to provide the scientific evidences for development of gene engineering vaccines of our country as soon as posible, we use Hsp-p33 and Hsp-p33 adjuvant genetically engineering vaccine to protect bovine.
目前该病主要以药物防治为主，但常用药物在体内有效浓度维持时间短，因此，本试验用其进行了瑟氏泰勒虫hsp-P33油佐剂基因工程疫苗对牛瑟氏泰勒虫病的临床防治研究。
6) Pili gene
纤毛蛋白基因
1.
A fusion expression plasmid was constructed by inserting the ovine IL-2 gene into PME290-Pili in the Pili gene at downstream 619 bp.
根据腐蹄病节瘤拟杆菌纤毛蛋白基因 (Pili基因 )序列 ,在 Pili基因 6 19bp Ehe 酶切位点上插入绵羊白细胞介素 - 2基因 (Ovi IL- 2基因 ) ,构建了 Pili基因与 Ovi IL- 2基因的融合基因表达载体。
补充资料：纤毛
| 纤毛 cillium 见鞭毛。 |
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