Hurwitz J L, Wettstein P J, Bennink J R, Doherty P C
J Immunol. 1983 Jul;131(1):471-4.
Limit dilution cultures were used to test for influenza immune T cell populations from bm1 and bm3 mutant mice that were not lytic for virus-infected targets expressing the Kb and Db major histocompatibility complex glycoproteins. Both Kbm3- and Kbm1-restricted cytotoxic T cells were detected. Such effectors showed minimal cross-recognition of influenza on other mutant targets, except for the case of bm1 and bm10 targets. This is dissimilar to previous findings concerning vaccinia presentation in which bm3+bm11, bm1+bm9, and bm3+bm9 pairs each showed high cross-reactivity. These differences illustrate the role of the H-2K glycoprotein in immune responsiveness. Not only are multiple determinants on each H-2K glycoprotein involved in antigen presentation, they appear to play differential roles in the presentation of different viral antigens.
采用有限稀释培养法检测来自bm1和bm3突变小鼠的流感免疫T细胞群体,这些细胞对表达Kb和Db主要组织相容性复合体糖蛋白的病毒感染靶细胞无裂解作用。检测到了Kbm3限制型和Kbm1限制型细胞毒性T细胞。除了bm1和bm10靶细胞的情况外,这类效应细胞对其他突变靶细胞上的流感病毒表现出最小程度的交叉识别。这与之前关于痘苗病毒呈递的研究结果不同,在痘苗病毒呈递中,bm3+bm11、bm1+bm9和bm3+bm9组合均表现出高交叉反应性。这些差异说明了H-2K糖蛋白在免疫反应中的作用。每个H-2K糖蛋白上的多个决定簇不仅参与抗原呈递,它们在不同病毒抗原的呈递中似乎发挥着不同的作用。