Lilliehöök B, Blomgren H
Int Arch Allergy Appl Immunol. 1979;60(3):325-31. doi: 10.1159/000232358.
Injection of C3H X CBA hybrid lymphocytes into CBA mice specifically reduces the pool of host T cells which are reactive against the Mls antigen determined by the C3H genome. Since C3H X CBA lymphocytes are triggered to cell division in the spleens of irradiated CBA mice we have now examined if such activated cell populations exhibit any effector functions against CBA lymphocytes which are reactive against C3H-determined antigens. It was observed that such 'educated' cell populations were unable to significantly kill CBA lymphocytes which are triggered to cell division in C3H X CBA hosts or CBA lymphocytes which can inhibit proliferation of transplanted C3H X CBA bone marrow cells. Moreover, there was no evidence that such 'educated' cell populations can specifically kill anti-C3H-reactive CBA lymphocytes in vitro or damage CBA bone marrow cells in vivo. Thus, these results do not demonstrate that C3H X CBA lymphocytes acquire any effector functions against CBA T cells which are reactive against C3H-determined antigens.
将C3H×CBA杂交淋巴细胞注射到CBA小鼠体内,可特异性减少宿主中对由C3H基因组决定的Mls抗原产生反应的T细胞库。由于C3H×CBA淋巴细胞在受照射的CBA小鼠脾脏中被触发进行细胞分裂,我们现在研究了这种活化的细胞群体是否对针对由C3H决定的抗原产生反应的CBA淋巴细胞表现出任何效应功能。据观察,这种“受过教育”的细胞群体无法显著杀死在C3H×CBA宿主中被触发进行细胞分裂的CBA淋巴细胞,也无法杀死能够抑制移植的C3H×CBA骨髓细胞增殖的CBA淋巴细胞。此外,没有证据表明这种“受过教育”的细胞群体能够在体外特异性杀死抗C3H反应性CBA淋巴细胞或在体内损伤CBA骨髓细胞。因此,这些结果并未证明C3H×CBA淋巴细胞获得了针对对由C3H决定的抗原产生反应的CBA T细胞的任何效应功能。