特定食用植物油化学成分的比较优势

Q3 Agricultural and Biological Sciences
Li Xue , Ruinan Yang , Xuefang Wang , Fei Ma , Li Yu , Liangxiao Zhang , Peiwu Li
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引用次数: 1

摘要

作为主要食用油的重要补充,次要食用油的相对化学优势决定了其开发利用。本研究对13种特殊食用植物油的化学成分进行了研究。这些食用油的化学成分比较优势如下:(1)山茶油、虎坚果油和杏仁油富含油酸,油酸含量分别占79.43%、69.16%和66.26%;(2) 红花油亚油酸含量最高(76.69%),其次是葡萄籽(66.85%)和核桃油(57.30%);(3) 紫苏籽、牛蒡子、牡丹籽和芍药籽油富含α-亚麻酸(分别为59.61%、43.74%、40.83%和30.84%);(4) 这些油的总植物甾醇含量在91.46 mg/100之间​g(山茶油)至506.46 mg/100​g(牛蒡油);和(5)生育酚的最佳来源是香樟油(122.74mg/100)​g) ,其次是紫苏籽油(55.89 mg/100​g) ,牡丹籽油(53.73 mg/100​g) 和芍药籽油(47.17 mg/100​g) 。这些特殊食用油的比较优势表明,它们具有很高的潜在营养价值和保健功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparative advantages of chemical compositions of specific edible vegetable oils

As important supplementary to major edible oils, comparative chemical advantages of minor edible oils decide their development and usage. In this study, chemical composition of 13 kinds of specific edible vegetable oils were investigated. The comparative advantages of chemical compositions of these edible oils were obtained as follows: (1) camellia, tiger nut and almond oil were rich in oleic acid, the contents of which accounted for 79.43%, 69.16% and 66.26%, respectively; (2) safflower oil contained the highest content of linoleic acid (76.69%), followed by grape seed (66.85%) and walnut oil (57.30%); (3) perilla seed, siritch, peony seed and herbaceous peony seed oil were rich in α-linolenic acid (59.61%, 43.74%, 40.83% and 30.84%, respectively); (4) the total phytosterol contents of these oils ranged from 91.46 mg/100 ​g (camellia oil) to 506.46 mg/100 ​g (siritch oil); and (5) The best source of tocopherols was sacha inchi oil (122.74 mg/100 ​g), followed by perilla seed oil (55.89 mg/100 ​g), peony seed oil (53.73 mg/100 ​g) and herbaceous peony seed oil (47.17 mg/100 ​g). The comparative advantages of these specific edible oils indicated that they possess the high potential nutritional values and health care functions.

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来源期刊
Oil Crop Science
Oil Crop Science Food Science, Plant Science, Agronomy and Crop Science
CiteScore
3.40
自引率
0.00%
发文量
20
审稿时长
74 days
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