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首页> 外文期刊>Comptes Rendus Chimie >Recovery of sterols from vegetable oil distillate by enzymatic and non-enzymatic processes
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Recovery of sterols from vegetable oil distillate by enzymatic and non-enzymatic processes

机译:通过酶促和非酶法从植物油中回收甾醇

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摘要

Sterols are a group of molecules found in plants and animals, which have a number of valuable applications. The deodorization residue, referred to as “deodistillate”, was previously considered as a waste but its economical value nowadays increased due to the presence of high concentrations of sterols, tocopherols and other secondary metabolites attractive for the cosmetic, pharmaceutical or food industry. Sterols can be extracted from vegetable oil deodistillate through a variety of physical and chemical separation processes or their combination. Recently, the use of lipase enzymes has been demonstrated to separate sterols more selectively in higher yields and in milder conditions. This article reviews these lipase-assisted sterol extractions and their main advantages and drawbacks in economic and environmental terms.
机译:甾醇是植物和动物中发现的一组分子,具有许多有价值的应用。 预先被认为是“去析”的除臭残余物以前被认为是废物,但现在由于具有高浓度的甾醇,生育酚和其他对化妆品,制药或食品工业具有吸引力的次级代谢物而产生的经济价值增加。 可以通过各种物理和化学分离过程或它们的组合从植物油脱发的甾醇。 最近,已经证明了使用脂肪酶以更高的产率和较温和的条件选择性地将甾醇分离。 本文审查了这些脂肪酶辅助甾醇提取及其主要优势和缺点在经济和环境方面。

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