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影响牛属动物角发育的一个基因的微卫星图谱分析

Microsatellite mapping of a gene affecting horn development in Bos taurus.

作者信息

Georges M, Drinkwater R, King T, Mishra A, Moore S S, Nielsen D, Sargeant L S, Sorensen A, Steele M R, Zhao X

机构信息

Genmark Inc, Salt Lake City, Utah 84108.

出版信息

Nat Genet. 1993 Jun;4(2):206-10. doi: 10.1038/ng0693-206.

Abstract

The presence or absence of horns in Bos taurus is thought to be under the genetic control of the autosomal polled locus, characterized by two alleles: P dominant over p, and causing the polled or hornless phenotype. We have demonstrated genetic linkage between the polled locus and two microsatellite markers, GMPOLL-1 and GMPOLL-2, and have assigned the corresponding linkage group to bovine chromosome 1. This confirms the existence of the postulated polled locus and the hypothesized inheritance pattern. It will allow marker assisted selection for the polledness trait in breeding programs and is a first step towards positional cloning and molecular study of a gene that has been subjected to both natural and artificial selection.

摘要

一般认为,普通牛有无角受常染色体无角基因座的遗传控制,该基因座有两个等位基因:P对p为显性,P导致无角(即无角表型)。我们已证明无角基因座与两个微卫星标记GMPOLL - 1和GMPOLL - 2之间存在遗传连锁,并将相应的连锁群定位到牛的1号染色体上。这证实了假定的无角基因座的存在以及假设的遗传模式。这将使在育种计划中对无角性状进行标记辅助选择成为可能,并且是朝着对一个经历了自然和人工选择的基因进行定位克隆和分子研究迈出的第一步。

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