首页> 外文期刊>Acta Veterinaria Brno >Polymorphism of ESR, FSH beta , RBP4, PRL, OPN genes and their influence on morphometric traits of gilt reproductive tract before sexual maturity.
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Polymorphism of ESR, FSH beta , RBP4, PRL, OPN genes and their influence on morphometric traits of gilt reproductive tract before sexual maturity.

机译:ESR,FSHβ,RBP4,PRL,OPN基因多态性及其对性成熟前后备母猪生殖道形态特征的影响。

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摘要

The aim of the study was to examine the effect of gene polymorphism on the development of the reproductive system in 100 Polish Large White and 100 Polish Landrace gilts. Gilts were slaughtered when they reached 100 kg, and their uterus weight and length, as well as the ovary weight and volume were evaluated. Differences between gilts of both breeds were observed in some traits of the reproductive system, such as the uterine weight without the broad ligament (P<=0.05) and the uterine capacity (P<=0.01). Polish Landrace gilts were characterized with higher uterine weight and higher uterine capacity; they were also younger at the time of slaughter (P<=0.05). No BB homozygote relative to the oestrogen receptor gene was found in the examined populations of Polish Landrace gilts. Also, a very low number of gilts with the AA genotype relative to follicle stimulating hormone gene was observed in both populations. Polymorphism of the examined genes had an effect on numerous traits which define the size of particular uterine sections, and thus it influenced the development of potential fertility of gilts before they entered the reproductive cycle. Based on our results we can conclude that genetic determination of reproductive potential occurs already in prepubertal gilts. The results may be used for the prognosis of fertility potential in gilts.
机译:这项研究的目的是检验基因多态性对100头波兰大白种和100头波兰长白种母猪的生殖系统发育的影响。母猪达到100公斤时将其屠宰,并评估其子宫重量和长度以及卵巢重量和体积。在繁殖系统的某些性状上观察到两个品种的小母猪之间的差异,例如没有宽韧带的子宫重量(P <= 0.05)和子宫容量(P <= 0.01)。波兰长白猪后备母猪的子宫重量更高,子宫容量更高。屠宰时他们也更年轻(P <= 0.05)。在波兰Landrace母猪后备种群中未发现相对于雌激素受体基因的BB纯合子。此外,在两个种群中都观察到相对于卵泡刺激激素基因而言,具有AA基因型的小母猪数量非常少。被检查基因的多态性对定义特定子宫节大小的许多性状都有影响,因此影响了小母猪进入生殖周期之前其潜在生育能力的发展。根据我们的结果,我们可以得出结论,生殖潜力的遗传测定已在青春期前的后备母猪中进行。该结果可用于预备后备母猪的生育能力。

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