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马C3的电泳多态性和分子结构

Electrophoretic polymorphism and molecular structure of equine C3.

作者信息

Kay P H, Dawkins R L, Bowling A T, Bernoco D

出版信息

Anim Genet. 1986;17(3):209-15. doi: 10.1111/j.1365-2052.1986.tb03192.x.

Abstract

Plasma or serum samples from 12 Arabian and 181 standardbred horses have been typed using an immunofixation technique to determine electrophoretic polymorphism of equine third complement component (C3). Six distinctly different electrophoretic patterns of equine C3 have been recognized thus far. SDS PAGE analysis of equine C3/anti C3 complexes revealed that the submolecular structure comprised an alpha chain and beta chain of molecular weights approximately 118,000 and 63,000 daltons respectively. The molecular weights of the alpha and beta chains were similar in all electrophoretic variants tested. Family data derived from 73 mares, 21 stallions and 99 offspring suggested that the six electrophoretic phenotypes were inherited by means of three codominant alleles named C3-1, C3-2 and C3-3 at a single autosomal locus.

摘要

利用免疫固定技术对12匹阿拉伯马和181匹标准赛马的血浆或血清样本进行分型,以确定马第三补体成分(C3)的电泳多态性。到目前为止,已识别出六种明显不同的马C3电泳模式。马C3/抗C3复合物的SDS - PAGE分析表明,亚分子结构分别由分子量约为118,000和63,000道尔顿的α链和β链组成。在所有测试的电泳变体中,α链和β链的分子量相似。来自73匹母马、21匹种马和99匹后代的家系数据表明,这六种电泳表型是由位于单个常染色体位点上的三个共显性等位基因C3 - 1、C3 - 2和C3 - 3遗传而来的。

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