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Polymorphism of the Myostatin (MSTN) Gene in Landes and Kielecka Geese Breeds

机译:兰德斯和基列卡鹅品种中肌生长抑制素(MSTN)基因的多态性

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摘要

Identification of mutations in the myostatin gene, affecting the occurrence of the double muscling phenotype in some breeds of beef cattle, was an impetus for further analysis and identification of mutations within this gene in other animal breeds, characterized by increased meat performance parameters. The number of geese in poultry livestock production in Poland is small. The native geese breeds can be successfully used to produce high-quality poultry meat and can be a very good source of goose meat production for regional and organic products. The aim of the study was to identify a mutation in the (Myostatin) gene and investigate whether this polymorphism can affect body weight in different periods of life in Landes and Kielecka breeds. Measurements of the examined trait were taken with time intervals to demonstrate the putative effect of the identified SNP (Single Nucleotide Polymorphism) on body weight over the course of bird growth. In conclusion, the identified c.1231C>T polymorphism suggests a possible link between the polymorphism and the BW (body weight) of Kielecka geese in the 12th week of life. The most significant factors affecting the BW values in geese are breed and sex.
机译:肌肉生长抑制素基因突变的鉴定,影响某些肉牛品种的双重肌肉表型的发生,是进一步分析和鉴定其他动物品种该基因内突变的动力,其特征是增加了肉的性能参数。波兰家禽畜牧业生产中的鹅只很少。本地鹅品种可成功用于生产优质家禽肉,并且可以成为地区和有机产品鹅肉生产的良好来源。该研究的目的是鉴定(Myostatin)基因中的突变,并研究这种多态性是否会影响Landes和Kielecka品种在不同生命周期的体重。以时间间隔对所检查的性状进行测量,以证明所鉴定的SNP(单核苷酸多态性)在禽类生长过程中对体重的推定作用。总之,确定的c.1231C> T多态性表明,在生命的第12周中,该多态性与Kielecka鹅的BW(体重)之间可能存在联系。影响鹅体重指数的最重要因素是品种和性别。

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