Huiles et corps gras végétaux : ressources fonctionnelles et intérêt nutritionnel

O. Morin, Xavier Pagès-Xatart-Parès
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引用次数: 23

Abstract

The wide variety of oleaginous resources potentially provides to industrial users a wide range of fats and oils, and so, a large range of properties. But less than 10 vegetable fats and oils – such as palm and its fractions, soybean, rapeseed, sunflower, cotton, peanut and olive oils – represent more than 90 % of the world production. So, these few vegetable fats and oils will have to respond simultaneously to numerous expectations, depending on the user, such as providing optimized nutrients and offering the texture looked forward or resisting to an established cooking temperature. Innovation (use of new variety with modified compositions, existing “niche” oil or completely new resource) could be an option to solve a specific issue, even if economical or regulatory constraints may not favor such alternatives. After summarizing vegetable fats and oils composition and the properties of fatty acids, this paper presents not only optimized processes allowing extraction of compounds of interest, but also processes for the conversion and enlargement of oils and fats functionalities in order to answer to the different and specific expectations of industrial users and consumers.
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植物油脂:功能资源和营养价值
各种各样的产油资源可能为工业用户提供各种各样的脂肪和油,从而提供各种各样的性质。但是不到10种植物油——比如棕榈油及其馏分、豆油、菜籽油、葵花籽油、棉花油、花生油和橄榄油——占世界产量的90%以上。因此,这些为数不多的植物油必须同时满足许多期望,这取决于用户,比如提供优化的营养成分,提供预期的质地,或者抵抗既定的烹饪温度。创新(使用含有改性成分的新品种、现有的“利基”油或全新资源)可能是解决特定问题的一种选择,即使经济或监管限制可能不支持这种替代方案。在总结了植物油脂的组成和脂肪酸的性质之后,本文不仅提出了优化的工艺,允许提取感兴趣的化合物,而且还提出了转化和扩大油脂功能的工艺,以满足工业用户和消费者的不同和具体的期望。
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