Inclusion of Sorghum in Ruminant Diets Towards Methane Emission Mitigation and Improved Meat Quality: A Review

Nyasha Rugwete, T. Muti̇bvu, T. Halimani
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Abstract

Sorghum is among the less widely used crops yet it is ranked the fifth most important cereal crop after wheat, maize, rice and barley. The grain’s nutritional value is similar to that of maize and wheat and the phenolic profile is more abundant and varied than other common cereal grains. Sorghum has been largely included in ruminant diets as an energy source and research findings show insignificant differences in the performance parameters in livestock fed sorghum-based diets, with some studies suggesting sorghum as a more efficient alternative to maize. The narrative review focuses on opportunities for reducing rumen methanogenesis through dietary inclusion of sorghum as well as discussing the impact on relative abundance of microbiota and meat quality. The grain possesses qualities that can potentially influence the reduction of greenhouse gas emissions in ruminant livestock production, relative abundance of rumen microbes and meat quality. However, there is very little information on the influence of sorghum grain-based diets on the rumen bacterial community composition and their relationship with ruminal metabolites. Further investigations are required to add more knowledge on the effect of sorghum grain-based diets on meat quality.
在反刍动物日粮中添加高粱以减少甲烷排放并提高肉质:综述
高粱是使用较少的农作物之一,但却被列为继小麦、玉米、大米和大麦之后的第五大重要谷物作物。高粱谷物的营养价值与玉米和小麦相似,而酚类物质则比其他常见谷物更为丰富多样。研究结果表明,以高粱为基础的日粮在牲畜的性能参数方面差异不大,一些研究表明高粱是玉米的更有效替代品。这篇综述重点讨论了通过在日粮中添加高粱来减少瘤胃产甲烷的机会,以及高粱对微生物群相对丰度和肉质的影响。高粱谷物的品质有可能影响反刍家畜生产中温室气体的减排、瘤胃微生物的相对丰度和肉质。然而,关于以高粱谷物为基础的日粮对瘤胃细菌群落组成的影响及其与瘤胃代谢物之间关系的信息却很少。要进一步了解高粱谷物日粮对肉质的影响,还需要进一步的研究。
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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