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两个品种芥菜籽油的脂肪酸组成及种子的理化特性

Fatty Acids Composition of Mustard Oil from Two Cultivars and Physico-chemical Characteristics of the Seeds.

作者信息

Sawicka Barbara, Kotiuk Ewa, Kiełtyka-Dadasiewicz Anna, Krochmal-Marczak Barbara

机构信息

Department of Plant Production Technology and Commodity Science, University of Life Sciences in Lublin.

Label Substrates Under Mushroom Cultivation, "Carol Kania & Sons" Company.

出版信息

J Oleo Sci. 2020 Mar 1;69(3):207-217. doi: 10.5650/jos.ess19171. Epub 2020 Feb 13.

Abstract

Analyses of fatty acids were carried out in oil samples derived from white mustard. Two cultivars of white mustard (Sinapis alba L.) were evaluated: 'Borowska', and 'Bamberka'. The oil content in the seeds of the tested cultivars was 276 and 290 g/kg, respectively. The oils obtained differed significantly in the composition of fatty acids. The oil from 'Borowska' contained less saturated fatty acids (4.86%) in comparison to 'Bamberka' (10.36%). The content of erucic acid was 22.2% in the 'Borowska' oil, while the oil from 'Bamberka' contained only 3.8% of this component. The research shows that the oil pressed from 'Borowska' can be used for technical purposes, and the oil derived from the cultivar 'Bamberka' can be used for food purposes due to the low content of erucic acid in the fatty acid composition and the beneficial fatty acid composition. As a component of diet, the low-erucic acid oil from the cultivar 'Bamberka' can be a source of unsaturated fatty acids (total 67.25%). The lower levels of linoleic (9.46 %) and linolenic (8.35%) acid, compared with 'Borowska' (respectively: 12.5 and 10.5%), may contribute to increased oil oxidative stability during storage.

摘要

对源自白芥的油样进行了脂肪酸分析。评估了两个白芥(Sinapis alba L.)品种:“博罗夫斯卡”和“班贝卡”。受试品种种子中的油含量分别为276和290克/千克。所获得的油在脂肪酸组成上有显著差异。“博罗夫斯卡”的油所含饱和脂肪酸(4.86%)比“班贝卡”(10.36%)少。“博罗夫斯卡”油中的芥酸含量为22.2%,而“班贝卡”的油中该成分仅含3.8%。研究表明,从“博罗夫斯卡”压榨出的油可用于工业用途,而“班贝卡”品种的油因其脂肪酸组成中芥酸含量低且脂肪酸组成有益,可用于食品用途。作为饮食的一个组成部分,“班贝卡”品种的低芥酸菜油可以是不饱和脂肪酸(总计67.25%)的一个来源。与“博罗夫斯卡”相比(分别为:12.5%和10.5%),亚油酸(9.46%)和亚麻酸(8.35%)含量较低,这可能有助于提高油在储存期间的氧化稳定性。

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