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Metagenomics in animal gastrointestinal ecosystem: Potential biotechnological prospects.

机译:动物胃肠生态系统的元基因组学:潜在的生物技术前景。

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Microbial metagenomics-the applications of the genomics suit of technologies to nonculturable microorganisms, is coming of age. These approaches can be used for the screening and identification of nonculturable gastrointestinal (GI) microflora for assessing and exploiting them in nutrition and the health of the host. Advances in technologies designed to access this wealth of genetic information through environmental nucleic acids extraction and analysis have provided the means of overcoming the limitations of conventional culture-dependent microbial genetic exploitation. The molecular techniques and bioinformatics tools will result in reliable insights into the animals' GI microbial structure and activity of the livestock gut microbes in relation to functional interactions, temporal and spatial relationships among different microbial consortia and dietary ingredients. Further developments and applications of these methods promise to provide the opportunity to link distribution and identity of various GI microbes in their natural habitats, and explore their use for promoting livestock health and industrial development.
机译:微生物宏基因组学-基因组学技术在不可培养微生物中的应用已经成熟。这些方法可用于筛选和鉴定不可培养的胃肠道(GI)菌群,以评估和利用它们的营养和宿主健康。通过环境核酸提取和分析来获取大量遗传信息的技术进步为克服传统的依赖于微生物的微生物遗传开发的局限性提供了手段。分子技术和生物信息学工具将对动物的胃肠道微生物结构和家畜肠道微生物的活性产生可靠的见解,并将其与功能性相互作用,不同微生物群落之间和饮食成分之间的时间和空间关系相关。这些方法的进一步发展和应用有望提供机会,将各种地理标志微生物在其自然栖息地中的分布与特征联系起来,并探索其在促进牲畜健康和工业发展中的用途。

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