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1980年1～5月,我们在若尔盖县牧区收集牛、羊流产胎138份,解剖取材作分离培养,以了解菌型分布情况,并评价连续9年若尔盖牧区以M—5号菌苗畜间气雾免疫为主的综合性布病防治措施的效果,为今后人、畜间布防工作提供依据,现将结果报告于下。本次实验共剖检牛羊流产胎138只,其中墨湲公社牛脾脏,唐克公社羊心于接种后第9天发现可疑布氏菌落。挑取菌落作以下初步鉴定:①涂片作革兰氏染色镜检,为革兰氏阴性之细小球杆菌;柯兹洛夫斯基染色,为亮红色之细小球杆菌。②A及M血清玻片凝集反应,两株可疑布氏菌均与M单价血清发生凝集反应,并且与多价血清也发生凝集反
From January to May 1980, we collected 138 cattle and sheep abortion fetuses in Zoige County pastoral areas and dissected the materials for the isolation and culture to understand the distribution of the bacteria. Aerosol-based immunization comprehensive prevention and treatment of brucellosis prevention and control measures for future human and animal breeding operations provide the basis, the results reported below. In this experiment, a total of 138 abortions of sheep and cats were dissected. Among them, the spleen of Mochizuki commune and the sheep heart of Tanggong commune were found suspicious brucellosis on the 9th day after inoculation. Picked colonies for the following initial identification: smear Gram stain microscopy, Gram-negative coccobacilli; Kozlovsky staining, bright red Corynebacterium. Â’¡ A and M serum slide agglutination reaction, two strains of suspected brucellosis with M monovalent serum agglutination, and polyvalent serum agglutination also occurred