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[微生物抗原的物理化学性质与免疫过敏试验]

[Physico-chemical properties of microbial antigens and the immuno-allergic tests].

作者信息

Beklemishev N D, Sukhodoeva G S, Bul'vakhter Ia L, Shin N G

出版信息

Biull Eksp Biol Med. 1978 Mar;85(3):322-5.

PMID:96888
Abstract

Experiments were conducted on guinea pigs sensitized by the delayed and immediate types of allergy. Different antigens obtained from the strain of Brucella abortus BA-19 were used for sensitization and the resolving action. Comparison of the resolving properties of the corpuscular, soluble (ultrasound treated) antigens and purified protein fractions, polysaccharide and RNA was carried out in the skin reactions of the immediate and delayed type, passive skin anaphylaxis, acute anaphylactic shock, and the Schults-Dale test. Immediate reactions to the purified protein fraction were weaker than those to the whole soluble antigen, by which the animals were sensitized. Polysaccharide and the RNA-fractions proved to be inactive in the allergic reactions.

摘要

对通过迟发型和速发型过敏致敏的豚鼠进行了实验。使用从流产布鲁氏菌BA - 19菌株获得的不同抗原进行致敏和消退作用。在速发型和迟发型皮肤反应、被动皮肤过敏反应、急性过敏性休克以及舒尔茨 - 戴尔试验中,对颗粒性、可溶性(超声处理)抗原以及纯化蛋白组分、多糖和RNA的消退特性进行了比较。对纯化蛋白组分的速发型反应比对致敏动物的全可溶性抗原的反应弱。多糖和RNA组分在过敏反应中被证明无活性。

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