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Effect of beef sire expected progeny difference for carcass conformation on live animal muscularity scores and ultrasonic muscle and fat depths, and on carcass classification and composition of their progeny

机译：牛粪预期胴体构象后代差异对活动物肌肉力评分和超声肌肉和脂肪深度的影响，以及胴体分类和后代组成的影响

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作者
Drennan Michael J; McGee Mark;
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年度 2008
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原文格式 PDF
正文语种 {"code":"en","name":"English","id":9}
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1. Effect of beef sire expected progeny differencefor carcass conformation on live animalmuscularity scores and ultrasonic muscleand fat depths, and on carcass classificationand composition of their progeny [J] . M.J. Drennan, M. McGee Irish Journal of Agricultural and Food Research . 2008,第2期

机译：beef牛预期expected体构象的后代差异对活体肌肉评分，超声肌肉和脂肪深度以及on体分类和后代组成的影响
2. Live animal measurements, carcass composition and plasma hormone and metabolite concentrations in male progeny of sires differing in genetic merit for beef production. [J] . Clarke A. M., Drennan M. J., McGee M., Animal . 2009,第7期

机译：雄性后代的活体动物测量、,体组成以及血浆激素和代谢物浓度在生产牛肉的遗传价值上存在差异。
3. Live animal measurements, carcass composition and plasma hormone and metabolite concentrations in male progeny of sires differing in genetic merit for beef production [J] . A. M. Clarke, D. A. Kenny, D. P. Berry, Animal . 2009,第7期

机译：牛肉生产的遗传价值不同的雄性后代的活体动物测量，animal体组成以及血浆激素和代谢物浓度
4. Relationships among skin thickness, fat depth and eye muscle depth in sires and their progeny, and the breeding value for survival of their progeny [C] . IM Tait, RE Hickson, PR Kenyon, Annual Conference of the New Zealand Society of Animal Production . 2015

机译：皮疹皮肤厚度，脂肪深度和眼睛肌肉深度的关系及其后代的育种价值
5. Effects of prepartum dam energy source on progeny growth, glucose tolerance, and carcass composition in beef and sheep. [D] . Radunz, Amy E. 2010

机译：产前大坝能源对牛肉和绵羊后代生长，葡萄糖耐量和car体组成的影响。
6. PSIV-19 Live and carcass production traits for progeny of an F1 USDA Prime – yield grade 1 carcass clone sire in comparison with progeny of popular reference sires [O] . Forest L Francis, Dean Hawkins, Gregg Veneklasen, 2019

机译：PSIV-19活性和胴体生产性质用于F1 USDA素材 - 产量级1级胴体克隆的胎儿与流行的群体的后代相比
7. Live animal measurements, carcass composition and plasma hormone and metabolite concentrations in male progeny of sires differing in genetic merit for beef production [O] . Clarke A. M., Drennan Michael J, McGee Mark, 2009

机译：公牛雄性后代的活体动物测量，胴体组成和血浆激素及代谢物浓度对于牛肉生产的遗传价值不同

Effect of beef sire expected progeny difference for carcass conformation on live animal muscularity scores and ultrasonic muscle and fat depths, and on carcass classification and composition of their progeny

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