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Gas Chromatographic Analysis of Medium Chain Fatty Acids in Coconut Oil

机译:椰子油中链脂肪酸的气相色谱分析

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Analysis of medium chain of fatty acids in coconut oil becomes important due to their roles in health issues.? The present analysis methods for fatty acids present in food mainly focused to the overall fatty acid concentration.? The analytical method for specific medium chain fatty acids is not so much be given attention.? This research is focused to the analytical methods for these particular fatty acids in coconut oil.? Several analytical methods were compared including acid catalyzed, basic catalyzed and acid boron trifluoride catalyzed derivatization.? The response of each fatty acid toward the derivatization methods are different.? Formation of the fatty acid methyl ester from caprylic and capric was low for acid catalyzed method compared to basic catalyzed method and acid boron trifluoride catalyzed methods.? This finding shows that the kinetics of the esterification among the fatty acids are not the same.? The analysis of all fatty acids in coconut oil is better using basic catalyzed than the other methods.
机译:由于椰子油中脂肪酸在健康问题中的作用,因此分析脂肪酸的中链变得非常重要。目前食品中脂肪酸的分析方法主要集中在总脂肪酸浓度上。不需要特别关注特定中链脂肪酸的分析方法。这项研究专注于椰子油中这些特定脂肪酸的分析方法。比较了几种分析方法,包括酸催化,碱性催化和酸三氟化硼催化衍生化。每种脂肪酸对衍生方法的反应是不同的。与碱性催化方法和酸性三氟化硼催化方法相比,酸催化方法由辛酸和癸酸形成脂肪酸甲酯的几率低。这一发现表明脂肪酸之间酯化反应的动力学是不相同的。使用碱性催化剂比其他方法更好地分析椰子油中的所有脂肪酸。

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