van Snick J L, Masson P L
J Exp Med. 1979 Jun 1;149(6):1519-30. doi: 10.1084/jem.149.6.1519.
Although much of the basic immunological work has been done with mice, little is known about anti-IgG autoantibodies in this species. Dresser (1, 2) has reported the occurrence, in CBA mice, of anti-IgG antibody (Ab)(1) detected by a hemolytic-plaque assay after stimulation with endotoxin or immunization against sheep erythrocytes. IgM rheumatoid factor has also been described in various strains of mice with a systemic lupus erythematosus-like disease (3). Recently, we have tried to induce anti-IgG in mice of the 129/Sv strain by inoculating autologous IgG. To our surprise, we found that the sera of all the animals had, before any inoculation, anti-IgG detectable by agglutination of particles coated with autologous IgG. The possibilities to investigate the mechanism of production and the biological role of this kind of Ab prompted us to undertake a study of the nature and specificity of the mouse anti-IgG.
尽管许多基础免疫学研究工作是在小鼠身上完成的,但对于该物种中的抗IgG自身抗体却知之甚少。德雷瑟(1,2)报告称,在用内毒素刺激或针对绵羊红细胞进行免疫后,通过溶血空斑试验在CBA小鼠中检测到了抗IgG抗体(Ab)(1)。在各种患有系统性红斑狼疮样疾病的小鼠品系中也描述了IgM类风湿因子(3)。最近,我们试图通过接种自体IgG在129/Sv品系小鼠中诱导产生抗IgG。令我们惊讶的是,我们发现所有动物的血清在任何接种之前,通过包被自体IgG的颗粒凝集就能检测到抗IgG。研究这类抗体产生机制及其生物学作用的可能性促使我们对小鼠抗IgG的性质和特异性进行研究。