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Metabolomics Approach Explore Diagnostic Biomarkers and Metabolic Changes in Heat-Stressed Dairy Cows

机译:代谢组合方法探讨耐热乳制奶牛的诊断生物标志物和代谢变化

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摘要

Heat stress results in a decline in the production performance of the dairy cows. This study explored the metabolomes of milk and blood plasma in heat-stressed cows by means of 1H nuclear magnetic resonance (1H NMR)-based metabolomics tools. Findings of the current experiment reveal that HS alters the metabolic composition of milk and blood plasma in lactating dairy cows. In brief, HS alters twelve metabolites in blood plasma and eight metabolites in milk, which are primarily involved in proteolysis, gluconeogenesis, and milk fatty acid synthesis, suggesting that these metabolites could be possible biomarkers for heat-stressed dairy cows.
机译:热应力导致奶牛的生产性能下降。本研究通过1H核磁共振(1H NMR)基于代谢组工具探讨了热应力奶牛中牛奶和血浆中的代谢物和血浆。目前实验的结果表明,HS在哺乳酸奶牛中改变了牛奶和血浆的代谢组成。简而言之,HS改变了12种血浆代谢物,牛奶中的八个代谢物,主要参与蛋白水解,葡糖生成和乳脂酸合成,表明这些代谢物可以是用于热应力乳制品奶牛的可能生物标志物。

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