Williams J L, Oliver R A, Morgan A L, Glass E J, Spooner R L
Institute of Animal Physiology and Genetics Research, Edinburgh Research Station, Roslin, Midlothian, UK.
Anim Genet. 1991;22(5):407-15. doi: 10.1111/j.1365-2052.1991.tb00700.x.
This paper describes the production of alloantisera directed against bovine major histocompatibility complex (MHC) (BoLA) class II antigens in animals whose MHC phenotypes had been defined by one dimensional isoelectric focusing. Animals of closely matched BoLA class I types were selected by serology and subsequently typed for class I and class II by 1D-IEF of immunoprecipitated antigens. Those with similar class I type by both methods, but differing at the class II locus, were chosen for reciprocal immunization. Cross-immunization was by two skin implantations 6 weeks apart. The resulting antisera showed low titre after the first immunization and elevated titre 3 weeks after the second immunization. The sera reacted strongly with cells expressing specific BoLA class II antigens. The pattern of reactivity correlated well with IEF class II typing on a panel of animals representing all of the class II IEF types present in the Friesian population.
本文描述了在通过一维等电聚焦确定了MHC表型的动物中,针对牛主要组织相容性复合体(MHC)(BoLA)II类抗原产生同种抗血清的过程。通过血清学选择了I类BoLA类型紧密匹配的动物,随后通过免疫沉淀抗原的一维等电聚焦对I类和II类进行分型。通过两种方法都具有相似I类类型但在II类位点不同的动物被选择用于相互免疫。交叉免疫是通过间隔6周的两次皮肤植入进行的。首次免疫后产生的抗血清效价较低,第二次免疫3周后效价升高。这些血清与表达特定BoLA II类抗原的细胞强烈反应。在一组代表弗里斯兰种群中所有II类IEF类型的动物上,反应模式与IEF II类分型相关性良好。