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Influence of experimental feed additives on growth, development and productivity of young pigs

机译:实验饲料添加剂对年轻猪生长,发展和生产力的影响

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Pig farming is one of the dynamically developing branches of animal husbandry. Of all the factors that determine the success of the livestock industry, the most important is biologically complete animal feeding, which makes it possible to realize the genetic potential of animals. Numerous scientific developments show that the use of local non-traditional feed additives in combination with probiotic and enzymatic preparations in pig feeding is currently promising. The geographical location of the Amur region makes it possible to widely use cheap seaweed in animal feeding. In the course of scientific research, scientists have already proven the effectiveness of feeding brown algae to animals. As for the red algae, the representative of which is anfeltia red, research on its use in pig feeding in the Amur region was conducted for the first time. Ahnfeltia red contains a small amount of regulated organic and biologically active substances. The aim of experimental studies was to study the effect of feeding red anfeltia separately and together with the enzymatic probiotic “Vitacell” on the metabolism and productivity of young pigs. In the process of conducting scientific and economic balance (physiological) experiments established that the inclusion in the feed of angelli red together with probiotic “of Vitacell” helped to increase average daily gains, increase the intensity of metabolic processes and to improve the fattening qualities of young pigs.
机译:猪耕种是畜牧业的动态发展分支之一。在确定畜牧业成功的所有因素中,最重要的是生物学完全的动物饲养,这使得可以实现动物的遗传潜力。许多科学发展表明,目前有前景,使用局部非传统饲料添加剂与益生菌和酶促制剂的组合使用。 Amur Region的地理位置使得可以广泛使用廉价海藻在动物饲养中。在科学研究过程中,科学家已经证明了喂养褐藻对动物的有效性。至于红藻类,其代表是Anfeltia Red,首次进行了对Amur区饲料中的使用的研究。 Ahnfeltia红色含有少量受管制的有机和生物活性物质。实验研究的目的是研究单独喂养红色Anfeltia并与酶促益生菌“valacell”喂养的效果对年轻猪的代谢和生产率。在进行科学和经济平衡(生理)实验的过程中,建立了纳入血管饲料与益生菌“的valtacell”的饲料有助于增加平均每日收益,增加代谢过程的强度并提高育肥品质年轻的猪。

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