A Refreshed View of the Rumen Microbiome of Beef Cattle in Light of Next-Generation DNA Sequencing

Lourenco Jeferson M
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Abstract

The rumen of cattle is densely populated by a myriad of diverse microorganisms. The bacterial proportion of this consortium has been elucidated regarding its ability to break down and metabolize complex compounds (particularly polysaccharides) which would otherwise be undigestible to the mammalian host. True symbioses such as that found in the rumen between the host animal and the resident ruminal microbial population is rare in nature. The development of Next-Generation DNA Sequencing techniques now allows us to study the microbial composition in greater detail than ever before. The implementation of new technology to characterize the ruminal microbial population, combined with animal performance data, has opened a new field of study for animal scientists and ruminant nutritionists. Ultimately, we must correlate animal feed efficiency and microbial degradative specific activities with the overall ruminal microbial diversity. These correlations will pave a new way for nutritionists to feed cattle more efficiently, precisely selecting in favor of the microbial populations that are most associated with efficient animal performance.
基于下一代DNA测序的肉牛瘤胃微生物组研究
牛的瘤胃里密集地生长着无数不同的微生物。这个联合体的细菌比例已经阐明了其分解和代谢复杂化合物(特别是多糖)的能力,否则这些化合物对哺乳动物宿主来说是不可消化的。真正的共生关系,如在瘤胃中发现的宿主动物和常驻的瘤胃微生物群体之间的共生关系,在自然界是罕见的。新一代DNA测序技术的发展使我们能够比以往更详细地研究微生物组成。采用新技术表征瘤胃微生物种群,结合动物生产性能数据,为动物科学家和反刍动物营养学家开辟了一个新的研究领域。最终,我们必须将动物饲料效率和微生物降解比活性与整体瘤胃微生物多样性联系起来。这些相关性将为营养学家更有效地喂养牛铺平新的道路,精确地选择与高效动物表现最相关的微生物种群。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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