Bluestein H G, Green I, Benacerraf B
J Exp Med. 1971 Dec 1;134(6):1538-44. doi: 10.1084/jem.134.6.1538.
The lymph node cells from all L-glutamic acid and L-tyrosine (GT) responder random-bred guinea pigs were susceptible to lysis by strain 2 anti-strain 13 isoantisera in the presence of complement. These same antisera were cytolytic for lymph node cells of only some of the GT nonresponder animals. However, after absorption with cells, from a nonresponder guinea pig, susceptible to lysis, the anti-strain 13 antisera were no longer able to lyse cells from any GT nonresponder guinea pigs while retaining a large measure of their cytolytic activity for cells of all GT responder guinea pigs. Thus, at least two major strain 13 histocompatibility specificities are expressed on the cells of random-bred guinea pigs. The genetic locus controlling the expression of only one of those strain 13 histocompatibility specificities is linked to the GT immune response gene.
所有对L-谷氨酸和L-酪氨酸(GT)有反应的随机繁殖豚鼠的淋巴结细胞,在补体存在的情况下,易被2型抗13型菌株的同种抗血清裂解。这些相同的抗血清仅对部分GT无反应动物的淋巴结细胞具有细胞溶解作用。然而,用来自一只易被裂解的无反应豚鼠的细胞吸收后,抗13型菌株抗血清不再能够裂解任何GT无反应豚鼠的细胞,同时对所有GT有反应豚鼠的细胞仍保留大量的细胞溶解活性。因此,至少两种主要的13型菌株组织相容性特异性在随机繁殖豚鼠的细胞上表达。控制这些13型菌株组织相容性特异性中仅一种表达的基因座与GT免疫反应基因连锁。