Irvin A D, Dobbelaere D A, Mwamachi D M, Minami T, Spooner P R, Ocama J G
Res Vet Sci. 1983 Nov;35(3):341-6.
Stocks of Theileria parva, which had been characterised by monoclonal antibody profiles, were used to challenge cattle previously immunised against East Coast fever (ECF). When cattle were subjected to homologous challenge, or heterologous challenge with a stock of identical profile to that which had initiated immunity, they showed mild or inapparent reactions. However, when cattle were challenged with a stock of a different profile many underwent severe or fatal ECF reactions. Thus, there appears to be good correlation between cross resistance patterns in vivo and parasite differences detected in vitro by monoclonal antibodies. The results indicate that monoclonal antibody profiles can be used to characterise strains of T parva in vitro, and thus provide valuable data for planning field immunisation programmes. Now that monoclonal antibodies offer the potential of characterising theilerial parasites so precisely, the need arises for more disciplined use of terms describing parasite populations and collections. It is proposed that the rules of nomenclature devised for trypanosomes be adopted for Theileria species.
已通过单克隆抗体谱进行特征鉴定的泰勒虫 stocks,被用于对先前免疫过东海岸热(ECF)的牛进行攻毒。当牛受到同源攻毒,或用与引发免疫的毒株具有相同谱型的毒株进行异源攻毒时,它们表现出轻微或不明显的反应。然而,当牛用具有不同谱型的毒株进行攻毒时,许多牛出现了严重或致命的 ECF 反应。因此,体内交叉抗性模式与体外通过单克隆抗体检测到的寄生虫差异之间似乎存在良好的相关性。结果表明,单克隆抗体谱可用于在体外对泰勒虫菌株进行特征鉴定,从而为规划现场免疫计划提供有价值的数据。既然单克隆抗体具有如此精确地表征泰勒虫寄生虫的潜力,那么就需要更规范地使用描述寄生虫种群和样本的术语。建议采用为锥虫设计的命名规则来命名泰勒虫物种。