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Enzymatic digestion and in vitro fermentation of oat fractions by human lactobacillus strains

机译:人乳杆菌菌株对燕麦馏分的酶消化和体外发酵

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摘要

Oats have received considerable interest for their high content of soluble and insoluble fibre and for their high fermentability with probiotic lactic acid bacteria. However, these fibres are not uniformly distributed within the oat kernel. Oat fractions were obtained by debranning technology and the pearlings generated were hydrolysed in vitro using gastric and pancreatic enzymes of human origin. The indigestible part was separated using dialysis and the soluble and insoluble fibre was obtained by precipitation with ethanol. The suspensions were later fermented by lactic acid bacteria of human origin to evaluate the prebiotic potential of the oat fractions and flours in vitro. Of the three probiotic strains tested, Lactobacillus plantarum showed in all media a higher maximum growth. The 1-3% pearling oat sample has higher fermentation ability and the indigestible components of this fraction showed the highest growth of lactobacilli.
机译:燕麦因其高含量的可溶性和不溶性纤维以及与益生菌乳酸菌的高发酵性而受到广泛关注。但是,这些纤维在燕麦仁中不均匀分布。通过脱屑技术获得燕麦馏分,并使用人类来源的胃和胰酶在体外水解产生的珍珠。使用透析分离难消化的部分,并通过用乙醇沉淀获得可溶和不可溶的纤维。随后将悬浮液用人类来源的乳酸菌发酵,以评估燕麦馏分和面粉的益生元潜力。在测试的三种益生菌菌株中,植物乳杆菌在所有培养基中均显示出更高的最大生长。 1-3%的珍珠燕麦样品具有较高的发酵能力,该馏分的难消化成分显示出乳酸菌的最高生长。

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