MILGROM F, WITEBSKY E
Immunology. 1962 Jan;5(1):46-66.
Rabbits injected with a bovine adrenal suspension incorporated into Freund adjuvants produced antibodies reacting in a variety of serological tests with extracts of bovine adrenals as well as with extracts of other bovine organs. The double diffusion gel precipitation procedure and absorption experiments revealed that part of these antibodies were specific for adrenal only. In immunoelectrophoretic analysis the adrenal-specific reaction appeared as a line on the anodal part of the electrophoretic field. When extraction was performed at 100° and the extracts autoclaved at 120°, the adrenal-specific antigen remained unaltered, whereas all but one of the non-adrenal-specific antigens (i.e. antigens shared by other bovine organs) were destroyed. The adrenal-specific antigen was localized predominantly, if not exclusively, in the medulla. A similar or identical antigen was found in the adrenals of sheep but not in those of any other species tested. The adrenal-specific antigen was precipitated by ethanol at 72 per cent concentration; it was not destroyed by 90 per cent phenol extraction. Re-dissolved ethanol precipitate of boiled bovine adrenal extract incorporated into Freund adjuvants elicited production of adrenal-specific antibodies when injected into rabbits.
向兔子注射混入弗氏佐剂的牛肾上腺悬液后,所产生的抗体在多种血清学试验中能与牛肾上腺提取物以及其他牛器官的提取物发生反应。双向扩散凝胶沉淀法及吸收试验表明,这些抗体部分仅对肾上腺具有特异性。在免疫电泳分析中,肾上腺特异性反应在电场的阳极部分呈现为一条线。当在100℃进行提取且提取物在120℃高压灭菌时,肾上腺特异性抗原保持不变,而除一种非肾上腺特异性抗原(即其他牛器官共有的抗原)外,其余的均被破坏。肾上腺特异性抗原主要(如果不是唯一的话)定位于髓质。在绵羊的肾上腺中发现了类似或相同的抗原,但在所检测的其他任何物种的肾上腺中均未发现。肾上腺特异性抗原在乙醇浓度为72%时可沉淀;90%苯酚提取法不能将其破坏。将煮沸的牛肾上腺提取物的乙醇沉淀物重新溶解并混入弗氏佐剂后,注射到兔子体内可引发肾上腺特异性抗体的产生。