RESULTS: C8WT have the normal structure of soluble proteins. Sensitivity of the antigen antibody reactions was high.
结果：C8WT具有正常水溶性蛋白结构，抗原抗体反应灵敏度高。
It may be that the antigen structure was effected by the different ELISA methods, so that the capability of the binding of antigen to antibody was changed.
这可能由于ELISA方法对抗原结构的影响而导致抗原抗体结合的不同。
Comparison on the effect of polymyxin B nonapeptide, lipid A structure antagonist, anti-LPS antibody and immune therapy, anti-endotoxin polypeptide and function of Chinese herb medicines on endotoxin.
分析了多粘菌素B九肽、类脂A结构拮抗剂、抗脂多糖抗体及免疫治疗、抗内毒素多肽以及中药对内毒素的作用。
The structure and function of antibody were analyzed with related computer software.
应用计算机软件及生物信息学站点对抗体的结构功能进行分析。
Analysis on the structure and function of antibody for providing theoretical basis to study antigen-antibody binding reaction.
对抗体的结构功能进行分析，为研究抗原抗体结合反应提供理论基础。
The structure of immunosensor is prepared by the following steps: oxidization, silanization, glutaraldehyde cross-linker, and covalent binding of antibody.
对多孔硅进行氧化、硅烷化、戊二醛交联剂和抗体共价结合处理，制备出生物免疫传感器。
Analysis on the structure and function of antibody provides theoretical basis to study the properties of antibody and antigen-antibody binding reaction.
对抗体蛋白进行的结构功能分析为研究抗体性质及与抗原反应机理提供理论基础。
The chemical structure of YL-2, YL-12, YL-3 and YL-11, some of the Thiohydantion Derivatives, antibody of Enkephalinase, were simulated by the calculation of molecular mechanics and quantum chemistry.
采用分子力学和量子化学方法对某些作用于脑啡肽酶的硫乙内酰脲衍生物 （YL -2、YL -12、YL -3和YL -11）的化学结构进行了分子模拟和量化计算。
The chemical structure of YL-2, YL-12, YL-3 and YL-11, some of the Thiohydantion Derivatives, antibody of Enkephalinase, were simulated by the calculation of molecular mechanics and quantum chemistry.
采用分子力学和量子化学方法对某些作用于脑啡肽酶的硫乙内酰脲衍生物 （YL -2、YL -12、YL -3和YL -11）的化学结构进行了分子模拟和量化计算。
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