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[蝎形裂头绦虫复合体(米勒,1776年)。大菱鲆(Psetta maxima)和菱鲆(Scophthalmus rhombus)寄生虫物种的鉴别。蛋白质组分和抗原复合体的研究]

[The Bothriocephalus scorpii complex (Mueller, 1776). Differentiation of species of parasites of the turbot (Psetta maxima) and the brill (Scophthalmus rhombus). Study of protein fractions and antigen complexes].

作者信息

Renaud F, Gabrion C, Romestand B

出版信息

Ann Parasitol Hum Comp. 1984;59(2):143-9.

PMID:6721374
Abstract

Previous electrophoretic studies (Renaud et al., 1983) carried out on the Cestode Bothriocephalus scorpii (Mueller, 1776) showed that the populations parasiting the Turbot and the Brill on the Mediterranean coast, are two distinct species: Bothriocephalus (supra sp. scorpii) gregarius and Bothricephalus (supra sp. scorpii) barbatus respectively. This work has been done with the purpose of identifying these two species by using biochemical tests. The study of whole body proteins by electrophoresis of zones of acrylamide gel shows the existence of nineteen distinct protein fractions in both populations. Among those different protein fractions, two of them (Rf 53 and Rf 87) are present only in the Cestode of the Brill and one (Rf 42) seems to be specific of the Turbot. On the other hand, the fraction of Rf 27 is present only in the Cestodes of the Brill. The immunoelectrophoretic study of antigenic components shows seven or eight major fractions depending on the source of protein, five of them being common to both. The reactions of absorption of antiserum permitted characterization of three arcs of precipitation proper in the Cestodes of the Brill corresponding to protein fractions of Rf (27, 53, 87) and three arcs in the Cestodes of the Turbot, corresponding to protein fractions of Rf (42, 21, 66).

摘要

先前对绦虫双槽头绦虫(Mueller,1776年)进行的电泳研究(Renaud等人,1983年)表明,寄生于地中海沿岸大菱鲆和布氏鲽的种群是两个不同的物种:分别是群居双槽头绦虫(双槽头绦虫超群种蝎子亚种)和有须双槽头绦虫(双槽头绦虫超群种蝎子亚种)。这项工作的目的是通过生化测试来鉴定这两个物种。通过丙烯酰胺凝胶区带电泳对全身蛋白质进行研究,结果表明两个种群中都存在19种不同的蛋白质组分。在这些不同的蛋白质组分中,其中两种(Rf 53和Rf 87)仅存在于布氏鲽的绦虫中,而一种(Rf 42)似乎是大菱鲆特有的。另一方面,Rf 27组分仅存在于布氏鲽的绦虫中。对抗抗原成分的免疫电泳研究表明,根据蛋白质来源的不同,有七个或八个主要组分,其中五个是两者共有的。抗血清吸收反应能够鉴定出布氏鲽绦虫中与Rf(27、53、87)蛋白质组分相对应的三条特异性沉淀弧,以及大菱鲆绦虫中与Rf(42、21、66)蛋白质组分相对应的三条沉淀弧。

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