Okazaki T, Fujita Y, Okazaki A, Ilea V S, Arbesman C E
Int Arch Allergy Appl Immunol. 1977;53(3):254-60. doi: 10.1159/000231760.
The antigen-induced release of histamine from guinea pig and monkey lung fragments sensitized in vitro with hyperimmune rabbit antibody and human reaginic serum, respectively, was studied. When the amounts of whole antiserum, gamma-globulin fraction, or purified antibody were increased over the optimum in passive anaphylactic sensitization, the subsequent histamine release was reduced in spite of the fact that proportionately greater amounts of antigen were added to the system. The observed inhibition by higher antibody concentrations might be due to a reduction in cell-stimulating capacity of the antigen-antibody-receptor complex caused by inappropriate ratios among any of these three components.
分别研究了用超免疫兔抗体和人反应素血清在体外致敏的豚鼠和猴肺组织碎片中,抗原诱导组胺释放的情况。当在被动过敏致敏中,全抗血清、γ球蛋白组分或纯化抗体的量超过最佳量增加时,尽管向系统中按比例添加了更多量的抗原,但随后的组胺释放却减少了。较高抗体浓度所观察到的抑制作用可能是由于这三种组分中任何一种比例不当,导致抗原-抗体-受体复合物的细胞刺激能力降低所致。