Patterson R, Harris K E, Suszko I M, Roberts M
J Clin Invest. 1976 Mar;57(3):586-93. doi: 10.1172/JCI108314.
Rhesus monkeys with persistent immediate-type cutaneous and respiratory responses (RR) to ascaris antigen (AA) were compared with rhesus monkeys with skin reactivity and no respiratory responses, and animals with no skin reactivity and no respiratory responses to inhaled antigen (NR). The RR group could not be distinguished from the nonresponding (NR) group by the cutaneous skin test titers, serum, or respiratory secretion IgE concentration. Leukocyte histamine (H) release due to anti-IgE was similar with peripheral blood leukocytes and bronchial lumen mast cells (MC) from RR and NR animals. The RR group of animals could be distinguished from the NR group by their degree of sensitivity to inhaled carbocholine and H release from respiratory MC exposed to AA. The RR group demonstrates consistent, persistent respiratory responses suitable for immunologic, pharmacologic, and physiologic studies. Finally, it was found that the IgE concentration in respiratory secretions of rhesus monkeys was comparatively higher than in serum, evidence for IgE as a secretory Ig in the respiratory tract of this species.
将对蛔虫抗原(AA)有持续即刻型皮肤和呼吸道反应(RR)的恒河猴与有皮肤反应但无呼吸道反应的恒河猴以及对吸入抗原无皮肤反应且无呼吸道反应的动物(NR)进行比较。RR组在皮肤试验滴度、血清或呼吸道分泌物IgE浓度方面与无反应(NR)组无法区分。RR和NR动物外周血白细胞和支气管腔肥大细胞(MC)因抗IgE导致的白细胞组胺(H)释放相似。RR组动物可通过其对吸入卡巴胆碱的敏感程度以及暴露于AA的呼吸道MC释放H的情况与NR组区分开来。RR组动物表现出持续一致的呼吸道反应,适合进行免疫学、药理学和生理学研究。最后发现,恒河猴呼吸道分泌物中的IgE浓度相对高于血清中的浓度,这证明IgE是该物种呼吸道中的一种分泌型Ig。