杂交对家兔生长性状、繁殖和胴体性状的影响

N. Assan
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引用次数: 1

摘要

为了提高期望的生长、繁殖、胴体和肉质特性,利用基于父系和母系的专门品种和/或品系的2种或3种杂交方案优化了兔肉生产效率。杂交方案允许父系基因型的优良属性来抵消母系基因型的缺点,而母系基因型的优良特性来抵消父系基因型的缺点。传统上,一些特定的品种/系被观察到通过传递后代生长速度的优秀基因来提供最好的父系品种,而其他品种/系在作为母系品种/系时令人印象深刻,这是基于它们在生殖性状方面的优势,出生或断奶时的产仔数。这源于这样一个事实,即无论对不同肉兔品种/品系进行了多少严格的选择,都不能很好地满足生长、繁殖、胴体性状和肉质特性的所有首选属性,以满足各种市场和消费者的需求。使用遗传选择的父系和母系提高了末端杂交方案的生产力。在这方面,通过杂交为高效肉类生产提供机会的原料是兔品种的遗传多样性。从生物学的角度来看,遗传多样性是利用符合目标市场需求水平的品种组合的基础。然而,值得注意的是,对不同杂交品种的研究进行比较是有问题的,因为性能结果来自同一年龄屠宰的兔子,但屠宰体重不同。由于成熟程度的差异,在相同屠宰重量下,早熟和晚熟基因型在胴体组成和肉质上存在差异。本文旨在评价杂交对家兔生长性状、繁殖、胴体和肉质性状的影响。
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The significance of crossbreeding in influencing growth traits, reproduction and carcass characteristics in rabbits
Efficiency of rabbit meat production has been optimized using 2 or 3 way crossbreeding schemes based on specialized paternal and maternal breeds and/or lines in order to enhance desired growth, reproduction, carcass and meat quality properties. Crossbreeding schemes allow good attributes of the paternal line genotype to counterbalance the shortcomings of the maternal line genotype and good characteristics of the maternal line genotype to counterbalance the shortcomings of the paternal line genotype. Traditionally, some specific breeds/lines have been observed to deliver their best as sire breeds through passing on outstanding genes on growth rate in the progeny, while other breeds/lines are impressive when used as dam-breeds/lines based on their superiority in reproductive traits, of litter size at birth or at weaning. This emanate from the fact that regardless of how much intense selection has been applied to different meat rabbit breeds/lines neither one has been excellent in catering for all preferred attributes of growth, reproductive, carcass traits and meat quality properties to satisfy various markets and consumer demands. The use of genetically selected paternal and maternal lines has improved productivity in terminal crossbreeding schemes. In this regard, the raw material that offers the opportunity for efficient meat production through crossbreeding is the genetic diversity of rabbit breeds. From biological point of view, genetic diversity is the basis for utilization of breeds combination that perform at levels consistent with the targeted market requirement. However, it has been noted that comparison of different crossbreds’ studies have been problematic, due to the fact that performance results are taken from rabbits slaughtered at the same age, but differing in their slaughter weight. This is on the backdrop that early and late maturing genotypes will differ in carcass composition and meat quality at the same slaughter weight due to differences in degree of maturity. The purpose of this review is to assess the effectiveness of crossbreeding on growth traits, reproduction, carcass and meat characteristics in rabbits.
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