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家猫的遗传结构与变异。

Genetic structure and variation of Van cats.

机构信息

Department of Biochemistry, University of Selçuk, Konya, Turkey.

出版信息

Biochem Genet. 2011 Aug;49(7-8):511-22. doi: 10.1007/s10528-011-9426-8. Epub 2011 Mar 11.

Abstract

To determine the genetic structure and variation of Van cats and some other cats, seven enzyme loci were examined using horizontal starch gel electrophoresis. ME bands were observed for the first time in cats. For the enzyme loci CA ( 1 ), SOD, GPI, and GOT, neither the individual Van cats nor the specimens of other cat species exhibited any variation. These enzymes presented identical bands, all of which were homozygous. With respect to the PGD, ME, and ESD loci, however, genetic variation was observed in all of the cats. Hence, three of the seven gene-enzyme systems (43%) were polymorphic with two alleles, contributing to an estimate of average heterozygosity of 0.33-0.49 for the Van cats. PGD was the most discriminatory among the three polymorphic loci. The phylogenetic tree indicated that the Van, Persian, Turkish Angora, and Turkish Tekir cats are distinct from Siamese and Bombay cats.

摘要

为了确定凡猫和其他一些猫的遗传结构和变异,使用水平淀粉凝胶电泳检测了七个酶位点。首次在猫中观察到 ME 带。对于 CA(1)、SOD、GPI 和 GOT 酶位点,无论是凡猫个体还是其他猫种的标本都没有表现出任何变异。这些酶呈现出相同的带,均为纯合子。然而,对于 PGD、ME 和 ESD 基因座,所有的猫都观察到了遗传变异。因此,七个基因-酶系统中的三个(43%)具有两个等位基因的多态性,这导致凡猫的平均杂合度估计值为 0.33-0.49。PGD 在三个多态性基因座中是最具区分力的。系统发生树表明,凡猫、波斯猫、土耳其安哥拉猫和土耳其 Tekir 猫与暹罗猫和孟买猫不同。

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