加速卡尔梅克牛繁殖的生物技术

V. Y. Babenkov, A. Khakhlinov, R. D. Sangadzhiev, E. Makarova, Ochir S. Mergulchiev
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引用次数: 0

摘要

在俄罗斯,直到最近,肉牛的数量主要集中在卡尔梅基亚和邻近地区。然而,由于缺乏有目的的育种,卡尔梅克肉品种的纯种牲畜数量显著减少,并失去了其独特的品质。引进胚胎移植生物技术可以解决基因型家畜在加速繁殖的条件下恢复品种品质的问题。该研究的目的是研究卡尔梅克品种对多排卵的反应,考虑到可移植胚胎生产力的进一步提高——这是每个品种特有的主要指标。由于该品种的形成是在具有明显季节性周期的牧场条件下进行的,因此人们对在任何季节使用胚胎移植技术的可能性表示怀疑。这些实验分别于2010年和2022年在Kalmytskoye农场和Kalmyk州立大学农场动物繁殖区域研究与生产中心对Kalmyk奶牛进行。研究结果表明,产仔3-4个月后(5月至10月)最好使用前列腺素同步性狩猎。根据免疫遗传学检测结果,选择10头种牛和2头种牛作为供体。9月至10月,为了在游牧畜牧业中测试胚胎移植方法,开展了第一项刺激脊髓灰质炎疫苗接种的工作,并从3头供体奶牛身上获得胚胎。共获得23个胚胎和卵子,其中10个适合移植。在1.5M乙二醇冷冻保护剂溶液中平衡后,将可移植胚胎冷冻在ZEM-4软件冷冻器上。
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Biotechnologies for accelerated reproduction of Kalmyk cattle
In Russia, the number of beef cattle until recently was concentrated mainly in Kalmykia and adjacent regions. However, the lack of purposeful breeding has led to the fact that the purebred livestock of Kalmyk meat breed has significantly decreased and lost its unique qualities. Introduction of embryo transfer biotechnology can solve the problem of restoring breed qualities under the condition of accelerated reproduction of genotyped livestock. The aim of the research was to study Kalmyk breed response to polyovulation considering further increase in transferrable embryo productivity - the main indicator specific to each breed. As the formation of the breed took place in pasture conditions with a pronounced seasonal sexual cycle, there were doubts about the possibility of using embryo transfer technology in any season. The experiments were carried out on Kalmyk cows at Kalmytskoye farm in 2010 and at the Regional Research and Production Center for Reproduction of Farm Animals, Kalmyk State University, in 2022. The results of the study showed that it was better to synchronize sexual hunting using prostaglandins after 3-4 months after calving (May-October). According to the results of immunogenetic testing, 10 breeding cows and 2 breeding bulls were selected as donors. In September-October, in order to test the embryo transfer method in nomadic animal husbandry, the first work was carried out to stimulate poliovulation and obtain embryos from 3 donor cows. A total of 23 embryos and eggs were obtained, 10 of which were suitable for transplantation. Transferrable embryos were frozen on a ZEM-4 software freezer after equilibration in 1.5 M ethylene glycol cryoprotector solution.
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