Khristoforov L
Vet Med Nauki. 1979;16(8):50-7.
Differentiation of non-specific agglutination was performed by the complement binding reaction, Coombs' reaction, Hajdu reaction, the surface fixation and agglutination reaction and the reaction of complement binding with heterologic antigens. For that purpose the following were used: 1) Serums--antiglobulin against cattle globulin, 5720 serum of various animals which had manifested non-specific agglutination with brucella antigen and brucella serums of experimentally infected sheep, of naturally infected swine and of cattle--received from abroad. 2) Antigens--of Br. abortus 99, of bacteria heterologic to brucellae: Proteus vulgaris, Listeria monocytogenes, Staphylococcus albus, Escherichia coli, Streptococcus pyogenes, S. abortus ovis, for O and OH agglutination, water extraction antigens--for complement binding and concentrated suspensions of all bacteria used in brucellose and non-brucellose serum absorption. Highest number of non-specific reactions were observed in cattle serums and lowest--in goat serums. Titers with heterologic antigens were higher than these with brucella antigens. Often the serum having non-specific agglutiantion reacted not only with one, but with more heterologic antigens. Non-specific complement binding reactions were not produced in complete antibodies with the brucella antigen. Heterologic brucella antigens were exhausted more fully than heterologic complement binding antibodies. In their effectiveness (differentiation of non-specific agglutination with brucella antigen in cattle serum) the serological reactions studied rank as follows: complement binding reaction, slow agglutination with serums absorbed by heterologic antigens, surface fixation reaction, Coombs' reaction, and Hadju agglutination.
通过补体结合反应、库姆斯反应、哈伊杜反应、表面固定和凝集反应以及与异种抗原的补体结合反应来进行非特异性凝集的鉴别。为此使用了以下材料:1)血清——抗牛球蛋白的抗球蛋白、5720种与布鲁氏菌抗原表现出非特异性凝集的各种动物血清以及从国外获得的实验感染绵羊、自然感染猪和牛的布鲁氏菌血清。2)抗原——流产布鲁氏菌99型、与布鲁氏菌异种的细菌:普通变形杆菌、单核细胞增生李斯特菌、白色葡萄球菌、大肠杆菌、化脓性链球菌、绵羊流产链球菌,用于O和OH凝集,水提取抗原——用于补体结合以及用于布鲁氏菌病和非布鲁氏菌病血清吸收中使用的所有细菌的浓缩悬液。在牛血清中观察到的非特异性反应数量最多,而在山羊血清中最少。与异种抗原的效价比与布鲁氏菌抗原的效价高。通常具有非特异性凝集的血清不仅与一种,而且与更多的异种抗原发生反应。在与布鲁氏菌抗原的完全抗体中不会产生非特异性补体结合反应。异种布鲁氏菌抗原比异种补体结合抗体消耗得更充分。在所研究的血清学反应(鉴别牛血清中与布鲁氏菌抗原的非特异性凝集)的有效性方面,排名如下:补体结合反应、用异种抗原吸收的血清的缓慢凝集、表面固定反应、库姆斯反应和哈伊杜凝集。