Methods Prepare pneumococcus type 1 conjugate vaccine by cyanogen bromide activation and amine reduction respectively and determine their biochemical and immunological characteristics. 方法分别采用溴化氰活化法与胺还原法制备结合物,并对其进行生化及免疫学检测。
Conclusion Compared with amine reduction, cyanogen bromide activation was more suitable for the preparation of pneumococcus type 1 conjugate vaccine. 结论采用溴化氰活化法制备1型肺炎球菌荚膜多糖-蛋白结合疫苗优于胺还原法。
Method of Cyanogen Bromide Fluorimetry Determination of Trace Amount of Selenomethionine in Grain and Blood 粮食、血中痕量硒蛋氨酸的溴化氰&荧光测定法
Toxin-binding Activity of Cyanogen Bromide Cleaved Peptide Fragments of the Chinese-cobra Serum Antitoxic Protein 眼镜蛇血清解毒蛋白的溴化氰裂解肽段与自身神经毒素的结合
Biochemical and Immunological Characteristics of Pneumococcus Type 1 Conjugate Vaccine Prepared by Cyanogen Bromide Activation and Amine Reduction 不同方法制备的1型肺炎球菌多糖-蛋白结合疫苗生化及免疫学特性比较
In the preparation of cyanogen bromide, the influence of reaction temperature and reactant ratio on product was studied. 在制备溴化氰的过程中研究了反应温度、配料比对反应速率的影响。
The amino acid at C-terminal of albumin in human urine and its composition, as well as the peptide chromatograms after the hydrolysis by cyanogen bromide, trypsin and chymotrypsin have been determined. 本文测定了人尿白蛋白的C-末端氨基酸、氨基酸组成及其经溴化氰、胰酶、糜酶水解后的层析肽谱。
An antibody membrane was prepared using cyanogen bromide to immobilized horse antibody against human IFN on celluler membrane. 在醋酸纤维素微孔膜上利用溴化氰固定了马抗人γ干扰素抗体。
Methods Feasible polysaccharide derivative was obtained by combining the serogroup C neisseria meningococcal polysaccharide which was activated by cyanogen bromide ( CNBr) with 1,6-adipic acid dihydrazide ( ADH). 方法将C群奈瑟脑膜炎球菌多糖经溴化氰活化后通过己二酰肼衍生后制备出适宜的多糖衍生物。