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糖蛋白的化学免疫研究:III. 合成糖蛋白的主动和被动过敏反应。

CHEMO-IMMUNOLOGICAL STUDIES ON CONJUGATED CARBOHYDRATE-PROTEINS : III. ACTIVE AND PASSIVE ANAPHYLAXIS WITH SYNTHETIC SUGAR-PROTEINS.

机构信息

Hospital of The Rockefeller Institute for Medical Research.

出版信息

J Exp Med. 1929 Oct 31;50(5):551-67. doi: 10.1084/jem.50.5.551.

Abstract
  1. Guinea pigs passively sensitized with the serum of rabbits immunized with an artificially prepared sugar-protein (gluco-globulin) exhibit typical anaphylactic shock when subsequently inoculated with gluco-albumin; the serum of rabbits immunized with a second synthetic sugar-protein (galacto-globulin) similarly sensitizes guinea pigs to galacto-albumin. The reactions, in each instance, are specific and depend for their specificity on the carbohydrate component, and not on the protein fraction of the synthesized sugar-protein. 2. Guinea pigs actively sensitized with gluco-globulin or galacto-globulin are similarly subject to anaphylactic shock, when injected, after 21 days, with sugar-proteins containing carbohydrate identical with that present in the sensitizing antigen, regardless of the kind of protein with which it is combined. 3. The unconjugated glucosides, although themselves not capable of inducing shock, inhibit the anaphylactic reaction when injected immediately prior to the introduction of the toxigenic sugar-protein. The protective action of the glucosides disappears within two hours after injection. In order to elicit the phenomenon, the carbohydrate must be the same as that combined in the sugar-protein complex. 4. Anaphylactic shock may be induced by uncombined globulin in guinea pigs passively sensitized with either antigluco-globulin serum or antigalacto-globulin serum; globulin is similarly effective in animals actively sensitized with gluco-globulin or galacto-globulin. The reactions elicited by globulin alone are dependent upon the common protein present in the antigens, and exhibit only species specificity.
摘要
  1. 豚鼠经用人工制备的糖蛋白(葡糖球蛋白)免疫的兔血清被动致敏后,再接种葡白蛋白时会出现典型的过敏休克;用第二种合成糖蛋白(半乳糖球蛋白)免疫的兔血清同样能使豚鼠对半乳糖白蛋白致敏。在每种情况下,反应都是特异性的,特异性取决于碳水化合物成分,而不取决于合成糖蛋白的蛋白质部分。

  2. 豚鼠经葡糖球蛋白或半乳糖球蛋白主动致敏后,在 21 天后注射含有与致敏抗原相同碳水化合物的糖蛋白时,同样会发生过敏休克,而与它结合的蛋白质种类无关。

  3. 未结合的糖苷本身虽然不能引起休克,但在引入毒性糖蛋白之前立即注射时,会抑制过敏反应。糖苷的保护作用在注射后两小时内消失。为了引起这种现象,碳水化合物必须与糖蛋白复合物中结合的碳水化合物相同。

  4. 未结合的球蛋白可在经抗葡糖球蛋白血清或抗半乳糖球蛋白血清被动致敏的豚鼠中诱导过敏休克;球蛋白在经葡糖球蛋白或半乳糖球蛋白主动致敏的动物中也同样有效。球蛋白单独引起的反应取决于抗原中存在的共同蛋白质,仅表现出物种特异性。

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