The significance of antisera against protamine was discussed.
并对制备该抗血清的意义予以讨论。
Objective to purify the immunoglobulin from Ricefield eel, and to prepare the rabbit polyclonal antisera.
目的分离纯化黄鳝血清免疫球蛋白，制备其兔抗血清，并检测抗血清的特异性。
The antisera can recognize not only recombinant IRF-7 expressed in E. coli, but also transfected IRF-7 in mammalian cells.
该抗血清不但能识别来源于大肠杆菌的抗原，还能检测真核细胞内转染后表达的IRF-7。
Some pathogens could be recognized by both TBV and TBBV antisera, which suggested that they should belong to different isolines of the vi…
TBV和TBBV可共同识别某些植株的病原，说明二者应属同一种病毒的不同株系。
Conclusion the antisera produced in this study would provide the useful diagnostic reagents for detecting pathogenic bacteria in laboratory animals.
结论所制备的抗血清特异性强、效价高，为实验动物细菌学检测提供了有效的血清学鉴别诊断试剂。
Methods ELISA indirect method, we detected lipopolysacchride core types of E. coli using absorbed lipopolysacchride core type monospecific antisera in E.
方法ELISA间接法，用吸收后单一核心型特异性抗血清检测鉴定E 。
The preparatory method of antisera on rabbit anti-mite was reported. It laid the foundation to study relationship between predatory mite and pest mite with ELISA test.
报导了兔抗螨血清的制备方法，为用ELISA法研究捕食螨-害螨的相互关系奠定了基础。
The whole-bacterium ELISA was carried out with the single or multiple valence antisera and compared with the hemagglutination test for 95 strains of E. coli isolated from urine.
采用单价和多价抗血清建立了全菌ELISA方法，用于95株尿源性大肠杆菌的研究，并与血凝试验进行比较。
The titer of the antiserum was respectively 1:256 by agarose double-diffusion analysis and it was 1:12800 by indirect ELISA, specific antisera against the fusion protein were prepared.
琼脂糖双向扩散检测显示抗血清的效价1：25 6，间接ELISA测得的效价1：12 800，结果显示获得了融合蛋白的特异性抗血清。
Antisera against KLH induced positive CHR but not positive COP. The results of reciprocal inhibition experiment indicated that there is a partial cross antigenicity between KLH and SEA.
抗KLH血清引起阳性的尾蚴膜反应但不引起阳性的环卵沉淀试验，与可溶性虫卵抗原的交互抑制试验结果表明二者的抗原性部份交叉。
Immunoblotting analysis demonstrated that the exoantigens were more suitable for being used as an indicator for taxonomy because the specificity of antisera to exoantigens was better tha.
免疫印渍分析显示，体外抗原更适于用作免疫分类鉴定的指标，因为用体外抗原免疫动物所产生的抗体的特异性比菌丝体可溶性蛋白质要好。
Immunoblotting analysis demonstrated that the exoantigens were more suitable for being used as an indicator for taxonomy because the specificity of antisera to exoantigens was better tha.
免疫印渍分析显示，体外抗原更适于用作免疫分类鉴定的指标，因为用体外抗原免疫动物所产生的抗体的特异性比菌丝体可溶性蛋白质要好。
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