Jensenius J C, Andersen I, Crone M, Koch C
Mol Immunol. 1982 Jun;19(6):801-10. doi: 10.1016/0161-5890(82)90006-2.
Antibodies against rabbit VH-determinants were produced by immunizing mammals and birds with rabbit IgG, IgA or VH. Most of the anti-VH produced in mammals was specific for allotype VH-determinants, but small amounts of antibody against non-allotype VH-determinants were also produced. By contrast the immunization of chickens led to the production of predominantly non-allotype VH antibody. Further analysis of the antibody specificity revealed the production of antibody against VH-determinants available in the intact immunoglobulin (H- + L-chain) as well as antibody reacting with determinants only accessible in the absence of L-chain. Antibody of the latter specificity prevailed after immunization with VH. The purified VH was not deficient in antigen determinants when compared with VH in the intact immunoglobulin (IgA). Unexpectedly, none of our chicken anti-rabbit VH antisera showed crossreactivity with VH from other mammalian species.
通过用兔IgG、IgA或VH免疫哺乳动物和鸟类来制备针对兔VH决定簇的抗体。在哺乳动物中产生的大多数抗VH抗体对同种异型VH决定簇具有特异性,但也产生了少量针对非同种异型VH决定簇的抗体。相比之下,用鸡进行免疫主要产生非同种异型VH抗体。对抗体特异性的进一步分析表明,产生了针对完整免疫球蛋白(重链 + 轻链)中存在的VH决定簇的抗体,以及仅在没有轻链时可及的决定簇发生反应的抗体。在用VH免疫后,后一种特异性的抗体占优势。与完整免疫球蛋白(IgA)中的VH相比,纯化的VH在抗原决定簇方面并不缺乏。出乎意料的是,我们的鸡抗兔VH抗血清均未显示与其他哺乳动物物种的VH发生交叉反应。