精选冷榨油中的共轭亚油酸和脂肪酸异构体:采用 GC/FID 技术进行分析

Fatma Nur Arslan
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引用次数: 0

摘要

冷榨油[石榴籽油(PGSO)、亚麻籽油(LSO)、黑小茴香籽油(BCSO)、荨麻籽油(NSO)、葡萄籽油(GSO)、芝麻籽油(SSO)、红花籽油(SFO)、南瓜籽油(PSO)、用实验室规模的螺旋榨油机榨取的多不饱和脂肪酸油(NSO、葡萄籽油(GSO)、芝麻油(SSO)、红花油(SFO)、南瓜籽油(PSO)、小麦胚芽油(WGO)、无花果油(FSO)、芫荽油(CO)、核桃油(WO)和椰子油(CNO))进一步进行了气相色谱/火焰离子化检测(GC/FID)分析。同时还测定了样品中多不饱和脂肪酸(PUFA)、单不饱和脂肪酸(MUFA)和饱和脂肪酸(SFA)的组成。采用高极性色谱柱(100m×0.2μm×0.25mm i.d;HP-88 cyanopropyl)和气相色谱温度程序对 CLA 的五种不同位置和几何异构体[顺式-9、顺式-11 CLA,顺式-9、反式-11 CLA,反式-9、顺式-11 CLA,反式-9、反式-11 CLA 和反式-10、顺式-12 CLA]进行了良好的分离。结果表明,所有样品都富含总 CLA(∑CLA),PSO 为 0.14%,SSO 为 2.11%。一般来说,含量最高的 CLA 异构体是顺式-9、反式-11 CLA,其∑CLA 异构体含量介于 3.15% 和 72.08% 之间。此外,∑SFA 值介于 2.43% 与 93.14% 之间,∑MUFA 值介于 4.60% 与 71.11% 之间,∑PUFA 值介于 1.79% 与 87.59% 之间。因此,这项研究可能为引入新的食物来源以及将其纳入具有潜在商业价值的药用和食品配方提供有价值的信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CONJUGATED LINOLEIC ACID AND FATTY ACID ISOMERS IN SELECTED COLD PRESSED OILS: ANALYSIS BY GC/FID TECHNIQUE
The conjugated linoleic acid (CLA) isomers in cold pressed oils [pomegranate seed oil (PGSO), linseed oil (LSO), black cumin seed oil (BCSO), nettle seed oil (NSO),grape seed oil (GSO), sesame seed oil (SSO),safflower oil (SFO), pumpkin seed oil (PSO), wheat germ oil (WGO), fig seed oil (FSO), coriander oil (CO), walnut oil (WO) and coconut oil (CNO)] extracted with lab–scale screw press machine were further subjected to gas chromatography/flame ionization detection (GC/FID) analysis. The composition of polyunsaturated fatty acids (PUFAs), monounsaturated fatty acids (MUFA) and saturated fatty acids (SFAs) of the samples was also determined. The five different positional and geometric isomers of CLA [cis–9, cis–11 CLA, cis–9, trans–11 CLA, trans–9, cis–11 CLA, trans–9, trans–11 CLA and trans–10, cis–12 CLA] were also well separated by a highly polar column (100m×0.2μm×0.25mm i.d; HP–88 cyanopropyl) and an applied GC temperature program. It was concluded that the samples were all rich in total CLA (∑CLA) and they were found between 0.14% for PSO and 2.11% for SSO. The most abundant CLA isomer was in general to be cis–9, trans–11 CLA form, which represented the content of isomer between 3.15% and 72.08% of ∑CLA. Besides, the ∑SFA values were detected between 2.43% and 93.14%, ∑MUFA values were between 4.60% and 71.11% and ∑PUFA values were between 1.79% and 87.59%. Therefore, this study might offer valuable information for the introduction of new food sources, as well as incorporation into medicinal purposes and food formulations which have the potential to be commercially valuable.
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