首页> 外文期刊>Journal of Oleo Science >Effects of Minor Components of Crude Vegetable Oil on the Enzymatic Method to Analyze Positional Fatty Acid Distributions inTriacylglycerols with Candida antarctica Lipase B
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Effects of Minor Components of Crude Vegetable Oil on the Enzymatic Method to Analyze Positional Fatty Acid Distributions inTriacylglycerols with Candida antarctica Lipase B

机译:植物油中微量成分对南极念珠菌脂肪酶B催化酶法分析三酰甘油中脂肪酸分布的影响

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摘要

Crude soybean and rapeseed oils were subjected to the method to determine FA distributions in TAG using Candida antarctica lipase B, giving similar results to those for refined oils. Minor components in crude oils, such as percentages of FFA or phospholipids were indicated not to affect l(3)-selective transesterification by the lipase and FA compositional analysis of the resulting 2-MAG fraction significantly. Phospholipids were confirmed not to contaminate the 2-MAG fraction. Oxidized soybean oil with a PV of 10 meq/kg also gave similar results to the ones for refined oil. The method was confirmed to be applicable for crude oils and oxidized oils with a PV smaller than 10 meq/kg without prior purification of TAG.
机译:使用南极假丝酵母脂肪酶B对粗大豆油和菜籽油进行测定,以确定TAG中的FA分布,得到的结果与精制油相似。脂肪酶和FA组成分析表明,原油中的次要成分(例如,FFA或磷脂的百分比)不会显着影响l(3)-选择性酯交换作用。确认磷脂不污染2-MAG部分。 PV为10 meq / kg的氧化大豆油也得到了与精制油相似的结果。证实该方法适用于PV小于10 meq / kg的原油和氧化油,无需事先纯化TAG。

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