Watanabe N, Briggs B R, Lim D J
Ann Otol Rhinol Laryngol Suppl. 1982 May-Jun;93:1-8.
Baseline immunological data on the chinchilla were obtained, and a detailed method for purification of each immunoglobulin is described. Antiserum to each chinchilla immunoglobulin was made by immunizing rabbits with immunoglobulins purified from serum and colostrum. The main classes of serum immunoglobulins in the chinchilla are G, A, and M, similar to those in other rodents and humans. The immunohistochemical study showed that the distribution of immunocytes in lymphoid organs is similar to that of other rodents and humans. In the eustachian tube the glandular acinar cells were distinctly positive for IgA staining. A few IgA-forming cells and very rare IgG- and IgM-forming cells were found in the eustachian tube mucosa, but all were very rare in the middle ear mucosa. These findings suggest that the secretory immune system of the chinchilla eustachian tube may be active in the normal state and that the local immune system of the normal middle ear mucosa may be latent but could become active following antigenic stimulation.
获取了绒鼠的基础免疫学数据,并描述了每种免疫球蛋白的详细纯化方法。通过用从血清和初乳中纯化的免疫球蛋白免疫兔子,制备了针对每种绒鼠免疫球蛋白的抗血清。绒鼠血清免疫球蛋白的主要类别为G、A和M,与其他啮齿动物和人类相似。免疫组织化学研究表明,淋巴器官中免疫细胞的分布与其他啮齿动物和人类相似。在咽鼓管中,腺泡细胞IgA染色呈明显阳性。在咽鼓管黏膜中发现了少量形成IgA的细胞以及非常罕见的形成IgG和IgM的细胞,但在中耳黏膜中均非常罕见。这些发现表明,绒鼠咽鼓管的分泌免疫系统在正常状态下可能是活跃的,而正常中耳黏膜的局部免疫系统可能是潜伏的,但在抗原刺激后可能会变得活跃。