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Effects and fate of tannins in ruminant animals, adaptation to tannins, and strategies to overcome detrimental effects of feeding tannin-rich feeds

机译:反刍动物中单宁的影响和命运,对单宁的适应性以及克服饲喂富含单宁饲料的有害影响的策略

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摘要

Trees and shrub foliage and agro-industrial by-products are of importance in animal production because they do not compete with human food and can provide significant protein supplements, especially in the dry season. But, these feed resources are generally rich in antinutritional factors, particularly tannins. The amount of tannins that they contain vary widely and largely unpredictably, and their effects on animals range from beneficial to toxicity and death. With a better understanding of tannin properties, effects and fate; and with proper management they could become invaluable sources of protein for strategic supplementation. The effects and fate of tannins in the rumen, and post-absorption, and likely mechanisms of adaptation to tannins are discussed. Simple methods based on post-harvest technology, treatment with low-cost chemicals, biological treatments, and supplementation with tannin-complexing agents, to enhance the feeding value of tannin-containing feeds; and roles of rumen microbes in degradation and overcoming the detrimental effects of tannins are also presented.
机译:树木和灌木叶以及农业工业副产品在动物生产中非常重要,因为它们不与人类食物竞争,并且可以提供大量的蛋白质补充剂,尤其是在干旱季节。但是,这些饲料资源通常富含抗营养因子,尤其是单宁酸。它们所含的丹宁酸含量差异很大,且变化很大,而且无法预测,它们对动物的作用范围从有益到毒性和死亡。更好地了解单宁的性质,作用和命运;如果管理得当,它们可能成为战略补充的宝贵蛋白质来源。讨论了单宁酸在瘤胃中的作用和命运以及吸收后的情况,以及对单宁酸适应的可能机制。基于收获后技术,采用低成本化学品进行处理,生物处理以及补充单宁络合剂的简单方法,以提高含单宁饲料的饲料价值;还介绍了瘤胃微生物在降解和克服单宁酸有害作用方面的作用。

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