Crone M, Simonsen M
Acta Pathol Microbiol Scand C. 1976 Aug;84(4):319-24.
B1-anti-B2 and B2-anti-B1 allo-antisera were raised by i.v. immunization of homozygous B1/1 and B2/2 chickens, respectively, with B1/2 cells of the following sources: peripheral blood leucocytes (PBL), erythrocytes, thymus cells and bursa cells. Purified suspensions of these all produced anti-B allo-antibodies which could both haemagglutinate red blood cells and strongly inhibit the GVH reactivity of blood lymphocytes of the original donor type. Absorption studies of the sera using cells of the same four sources showed that they could all completely remove the GVH inhibitory antibodies. A fact of particular importance is that B-haplotype determined antigens which are common to erythrocytes and lymphocytes seem to include the gene products of the allo-aggression locus, as earlier defined (Simonsen 1975).
分别通过静脉内免疫纯合的B1/1和B2/2鸡,用以下来源的B1/2细胞制备了B1抗B2和B2抗B1同种异体抗血清:外周血白细胞(PBL)、红细胞、胸腺细胞和法氏囊细胞。这些物质的纯化悬浮液均产生了抗B同种异体抗体,该抗体既能使红细胞发生血凝,又能强烈抑制原始供体类型血液淋巴细胞的移植物抗宿主(GVH)反应性。使用相同四种来源的细胞对血清进行吸收研究表明,它们都能完全去除GVH抑制性抗体。一个特别重要的事实是,红细胞和淋巴细胞共有的B单倍型决定抗原似乎包括先前定义的同种异体攻击位点的基因产物(西蒙森,1975年)。