Die Wirkungsweise von Protaminsulfat auf die Erythrozytenagglutination durch Rh-Antiseren Ursache der Zeitabhängigkeit

Hartmut Franz , Brunhilde Haustein, Karin Geske, Ursula Kuropka, Uwe Pfüller
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引用次数: 1

Abstract

The effect of protamine sulphate on Rh antisera causes agglutination also in saline milieu and is time-dependend. Synchronous to the serologically demonstrable decrease of the protamine concentration a normalization of the immunoelectrophoretic picture (especially of the albumin arc) and a decline of the precipitate formation by heparin occur. These effects are based on enzymatic degradation of protamine by a protaminolytic enzyme contained in human serum. This enzyme could not be inhibited by sodium fluoride, sodium azide, ammonium oxalate, EDTA or α,α'-dipyridyl to a serologically desired degree. The change of the behaviour with regard to agglutination of human erythrocytes in the system Rh antibody - protamine sulphate results primarily from blocking acid groups on the erythrocyte surface and not from chemical modification of IgG antibodies. In this system protamine sulphate leads to the formation of agglutinates but it does not represent an obligate constituent of the formed agglutinate.

硫酸盐还原者对红细胞灰质的影响是由于rh减缓时间依赖的原因
鱼精蛋白硫酸盐对Rh抗血清的作用在生理盐水环境下也会引起凝集,且具有时间依赖性。在血清学上可证实的鱼精蛋白浓度下降的同时,免疫电泳图(特别是白蛋白弧线)的正常化和肝素沉淀形成的减少发生。这些影响是基于人血清中含有的鱼精蛋白水解酶对鱼精蛋白的酶降解。该酶不能被氟化钠、叠氮化钠、草酸铵、EDTA或α,α′-二吡啶抑制到血清学要求的程度。系统Rh抗体-硫酸鱼精蛋白对人红细胞凝集行为的改变主要是由于阻断红细胞表面的酸基团,而不是由于IgG抗体的化学修饰。在这个系统中,硫酸鱼精蛋白导致凝集物的形成,但它不代表形成的凝集物的专性成分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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