Mitos e realidades sobre a inseminação artificial em tempo fixo (IATF) em bovinos de corte

P. S. Baruselli, Laís Ângelo de Abreu, Bruna Lima Chechin Catussi, Guilherme Felipe Ferreira dos Santos, Luana Factor, Augusto Rodrigues Felisbino, Fábio Girardi Frigoni, G. Crepaldi
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引用次数: 2

Abstract

The cow-calf operation system is one is one of the main sectors of beef production, with direct impacts on land occupation (70% of pastures are occupied by the cow-calf operation system) and on the productivity of the meat chain. The number and the weight of calves produced per cow and the age of the heifer at first calving directly impact the efficiency of the sector. Reproductive biotechnologies, with emphasis on fixed-time artificial insemination (FTAI), have significantly contributed to the development of an efficient and sustainable production system. In 2020, 23.7 million doses of semen and 21.3 million FTAI protocols were marketed in Brazil (90% of inseminations were performed by FTAI). In 2002, only 100,000 FTAI procedures were used (a 213-fold increase in 19 years), which represented only 1% of the inseminations performed. During this same period (2002 to 2020), Brazil went from 5% to 20% of inseminated cow and heifers (increase of 400%). FTAI programs provide an organized and practical approach to the use of AI, as well as improve the reproductive, genetic and productive efficiency of the herds. The use of the FTAI anticipates the conception of cows in the breeding season and the age of the first conception of heifers, significantly increasing the reproductive and productive efficiency and the economic return of livestock. Recent studies have shown that breeding systems that use FTAI present a reduction of 37.7% in the emission of CO2 equivalents (it produces more calves of genetic quality with fewer dams than natural service), collaborating and with the sustainability of livestock. It is also evident Baruselli et al. Mitos e realidades sobre a inseminação artificial em tempo fixo (IATF) em bovinos de
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肉牛固定时间人工授精(tai)的神话与现实
牛-小牛养殖系统是牛肉生产的主要部门之一,直接影响到土地占用(70%的牧场被牛-小牛养殖系统占用)和肉类链的生产力。每头母牛产犊的数量和体重以及母牛首次产犊的年龄直接影响到该部门的效率。以定时人工授精为重点的生殖生物技术对发展有效和可持续的生产系统作出了重大贡献。2020年,巴西销售了2370万剂精液和2130万份FTAI方案(90%的人工授精由FTAI进行)。2002年,仅使用了10万例FTAI手术(19年间增加了213倍),仅占人工授精手术的1%。在同一时期(2002年至2020年),巴西授精母牛和小母牛的比例从5%上升到20%(增加400%)。FTAI项目为人工智能的使用提供了一种有组织和实用的方法,并提高了畜群的繁殖、遗传和生产效率。FTAI的使用预测了奶牛在繁殖季节的受孕和小母牛第一次受孕的年龄,大大提高了牲畜的繁殖和生产效率以及经济回报。最近的研究表明,使用FTAI的育种系统减少了37.7%的二氧化碳当量排放(与自然服务相比,它产生了更多具有遗传质量的小牛,水坝更少),并与牲畜的可持续性合作。Baruselli等人也很明显。Mitos实现了一种人工节奏固定(IATF)的人工智能技术
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