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首页> 外文期刊>Animal Biotechnology >A missense mutation in the rabbit melanocortin 4 receptor (MC4R) gene is associated with finisching weight in a meat rabbit line.
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A missense mutation in the rabbit melanocortin 4 receptor (MC4R) gene is associated with finisching weight in a meat rabbit line.

机译:兔黑皮质素4受体(MC4R)基因的错义突变与肉兔品系的轻重体重有关。

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In this study we resequenced 1729 bp of the rabbit melanocortin 4 receptor (MC4 R) gene in 31 rabbits from different breeds/lines and identified ten polymorphisms: one was an indel and 9 were single nucleotide polymorphisms (SNPs). The indel and 5 SNPs were in the 5'-flanking region, 3 were synonymous SNPs and one was a missense mutation (c.101 G > A; p.G34D), located in a conserved position of the extracellular tail of the MC4 R protein. The missense mutation was analyzed in a panel of 74 rabbits of different breeds and in 516 performance tested rabbits of a commercial paternal line under selection for growth efficiency. Association analysis indicated that rabbits with the less frequent genotype in this population (DD) had a lighter weight at 70 postnatal days than animals with genotype GD (P<0.10) and animals with genotype GG (P<0.05). This is the third study on candidate genes, after those on GH1 and IGF2 that reported a marker associated with finishing weight. Therefore, it seems that a candidate gene approach in rabbit based on previous information accumulated in other livestock species could be useful to identify genes explaining a fraction of variability of performance traits with potential application on rabbit breeding and selection.Digital Object Identifier http://dx.doi.org/10.1080/10495398.2013.781034
机译:在这项研究中,我们对来自不同品种/品系的31只兔的兔黑皮质素4受体(MC4 R)基因进行了1729 bp测序,并鉴定出10种多态性:一种是插入缺失,9种是单核苷酸多态性(SNP)。插入缺失和5个SNP位于5'侧翼区域,3个是同义SNP,一个是错义突变(c.101 G> A; p.G34D),位于MC4 R细胞外尾的保守位置蛋白。在选择74只不同品种的兔子和516只经性能测试的商业父系品系的兔子中分析错义突变,以选择其生长效率。关联分析表明,在该种群(DD)中具有较低频率基因型的兔子在出生后70天的体重要比具有GD基因型的动物(P <0.10)和具有GG基因型的动物(P <0.05)轻。这是继候选基因GH1和IGF2上的与最终体重相关的标记后的第三项候选基因研究。因此,基于其他家畜中积累的先前信息的兔候选基因方法似乎可能有助于鉴定解释部分性状变异性的基因,并可能在兔的繁殖和选择中应用。 dx.doi.org/10.1080/10495398.2013.781034

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