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首页> 外文期刊>The journal of immunology >Pathogenesis of Experimental Cholera: Identification of Choleragen (Procholeragen A) by Disc Immunoelectro-Phoresis and Its Differentiation from Cholera Mucinase
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Pathogenesis of Experimental Cholera: Identification of Choleragen (Procholeragen A) by Disc Immunoelectro-Phoresis and Its Differentiation from Cholera Mucinase

机译:实验性霍乱的发病机理:通过椎间盘免疫电泳鉴定霍乱原(霍乱原A)及其与霍乱粘液酶的区别

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摘要

Choleragen, an antigenic, choleragenic moiety elaborated by some cholera vibrio strains in vitro , has been identified by disc immunoelectrophoresis as a protein migrating in a manner similar to human 7 S γ-globulin. Although preparations of choleragen have mucinolytic activity which is neutralized by antiserum against choleragen, the mucinase has been proven to be a separate entity which is not involved in the production of the diarrhea of experimental cholera. Similarly, it is choleragen, and not mucinase, which causes an increase of vascular permeability characterized by a delayed but sustained erythematous, edematous induration. Choleragen elaborated in vitro by an Ogawa serotype El Tor vibrio was serologically identical to that produced by the routinely used Inaba serotype classical cholera vibrio strain.
机译:霍乱弧菌是一种由某些霍乱弧菌菌株体外修饰的抗原性霍乱弧菌部分,已通过椎间盘免疫电泳鉴定为以类似于人7 Sγ球蛋白的方式迁移的蛋白质。尽管霍乱素的制剂具有粘液分解活性,并被抗霍乱素的抗血清所中和,但粘蛋白酶已被证明是一个单独的实体,它不参与实验性霍乱的腹泻的产生。类似地,它是霍乱素而不是粘液酶,它引起血管渗透性增加,其特征是延迟但持续的红斑,水肿硬结。由Ogawa血清型El Tor弧菌体外加工的霍乱原与常规使用的Inaba血清型经典霍乱弧菌菌株产生的血清学相同。

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