1.
Analysis in Genetic Variation of Isolated NDV and Screening of McAb 1E5 s Mimic Antigen Epitopes;
NDV分离株的遗传变异分析与McAb1E5模拟抗原表位的筛选
2.
Screening of Mimotopes of CFP-10/ESAT-6 Fusion Frotein from Mycobacterium Fuberculosis;
结核分枝杆菌CFP-10/ESAT-6融合蛋白模拟抗原表位的筛选
3.
Identification of Peptide Mimetics of Xenoreactive α-Gal Antigenic Epitope by Phage Display;
α-Gal抗原模拟表位分析及模拟肽活性鉴定
4.
Identification and Screening of Mimic Epitope of MUC1;
MUC1抗原模拟表位的筛选及鉴定
5.
The Study in Antigenicity of Peptides Multi-mimotopes of Lipopolysaccharide;
LPS多表位模拟肽及抗原性的研究
6.
Screening of mimic epitope for MUC1 based on prediction of the antigenic epitope
基于抗原表位预测的MUC1模拟肽表位筛选
7.
Selection and Identification of Mimic Epitopes for Gastric Cancer Associated Antigen;
胃癌相关抗原MGAgs模拟表位的筛选及鉴定
8.
Studies on the Simulated Epitopes of Protective Antigens of Schistosoma Japonicum;
日本血吸虫保护性抗原模拟表位的研究
9.
Epitope Identification of vvIBDV by Phage Display and Expression for Multi-epitope Simulated Albumin;
利用噬菌体展示技术鉴定vvIBDV抗原表位及多表位模拟蛋白表达
10.
Screening Mimotopes of Actinobacillus Pleuropneumoniae with Phage Display 12-Mer Peptides Library;
利用噬菌体12肽库筛选猪传染性胸膜肺炎的抗原模拟表位
11.
Screening and Identification of an Immunogenic Peptide that Mimics Antigen O9 of Salmonella by Using a Phage Display Library;
利用噬菌体展示肽库筛选和鉴定沙门氏菌O9抗原的模拟表位
12.
Screening Mimotopes of Somatostatin with Phage 12-mer Peptides Library;
利用噬菌体12肽库筛选生长抑素的抗原模拟表位
13.
Screening and Analyzing Mimic Epitope of the Echinococcus Multilocularis Antigen Em18;
泡球蚴Em18抗原噬菌体多肽筛选及其模拟表位分析的初步研究
14.
Screening of Mycobacterium tuberculosis mimotopes from phage display peptide library and identification of immune activity
结核分枝杆菌抗原模拟表位肽的筛选及免疫活性鉴定
15.
Studies on Antigenic Epitope and Cloning of the Variable Region of Anti-idiotypic Monoclonal Antibody NP30 of Schistosoma Japonicum;
日本血吸虫单克隆抗独特型抗体NP30可变区基因克隆及其抗原模拟表位的研究
16.
Selection and identification of mimic epitope of gastric cancer associated antigen and construction of a phage display library of human antibodies;
胃癌相关抗原模拟表位的筛选鉴定及人源性抗体噬菌体表面呈现文库的构建
17.
Inhibition ELISA showed minibody had the capacity of binding ovarian cancer monoclonal antibody COC166-9 instead of primal antigen.
竞争抑制ELISA表明微抗体可模拟原始抗原与一抗结合。
18.
The modeling result demonstrates that the azimuthal interface is also wave impedance interface.
模拟结果表明方位界面也是波阻抗界面。