山羊生长激素基因多态性与生产性状的关系

Ling-Jiang Min, Mei-Yu Li, Guo-Qiang Sun, Qing-Jie Pan, Hong Chen
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摘要

生长激素在动物生长发育中起着重要的作用,生长激素基因可作为研究山羊体重的候选基因。生长激素基因的功能已经在牛和猪中得到了深入的研究,而在山羊中的研究仍然很少。选用鲁北白山羊、波尔山羊、波尔山羊与鲁北白山羊杂交1代和回交1代共224只山羊。根据山羊基因组序列数据库(Accession No. 5)设计了2对GH基因5′区引物。D00476),并通过PCR-SSCP检测多态性。对多态片段的纯合子进行克隆和测序。结果表明,这两个片段存在5个替代突变。统计分析表明,在第一对引物扩增的片段中,AA基因型布尔山羊的初生重和1岁体重显著高于BB和AB基因型(P
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[Relationship between polymorphism of growth hormone gene and production traits in goats].

Growth hormone (GH) plays an important role in animal growth and development, and the growth hormone gene can be considered as a candidate gene for studying the weight in goats. The function of GH gene has been intensively studied in cattle and pigs, while in goats the study is still rare. In this paper 224 goats including LuBei White goat, Boer goat, hybrid generation 1 and backcross generation 1 of Boer goat and LuBei White goat were used. Two pairs of primers for 5' region of GH gene were designed according to the database of goat genomic sequence (Accession No. D00476) and polymorphisms were detected by PCR-SSCP. Homozygotes of the polymorphic fragment were cloned and sequenced. The result showed that there were five substitution mutations in the two fragments. Statistical analysis showed that in the fragment amplified by the first pair of primers, AA genotype had significant higher birth weight and weight of one year old than BB and AB genotypes in Boer goats (P<0.05). In hybrid generation 1 AA genotype also had higher birth weight and weight of one year old in significantly. While in LuBei White goats BB genotype had lower weight and the weaning weight was significant lower than the other two genotypes (P<0.05). In the fragment amplified by the second pair of primers there was no significant difference among different genotypes. From these results we can preliminarily draw the conclusion that GH gene may be a major gene or linked to the major gene to affect the weight traits and the polymorphic site could be used to select the goat weight in marker-assisted selection program.

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