首页> 外文期刊>Microbiology and biotechnology letters >Evaluation of Microencapsulated Local Isolates Lactobacillus easel 97/L3 and Lactobacillus delbrueckii 94/L4 for Improved Probiotic and Yogurt Starter Culture Application
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Evaluation of Microencapsulated Local Isolates Lactobacillus easel 97/L3 and Lactobacillus delbrueckii 94/L4 for Improved Probiotic and Yogurt Starter Culture Application

机译:微胶囊化局部分离物的评价乳酸杆菌97 / L3和Lactobacillus delbrueckii 94 / L4,用于改善益生菌和酸奶培养培养物

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The effect of microencapsulation on previously isolated Lactobacillus delbrueckii 94/L4 as starter culture for yogurt, and Lactobacillus casei 97/L3 as a probiotic candidate was investigated. Preliminary results showed that L. delbrueckii 94/L4 exhibited tolerance to bile, unlike L. casei 97/L3. Freeze drying significantly (p < 0.05) reduced the viability of both isolates by log 0.71-2.70. Although microencapsulation preserved the viability of L. casei 97/L3 cells exposed to simulated gastrointestinal tract conditions for 120 min, it did not impart significant (p < 0.05) protection against loss of viability during the first 30 min of exposure. Conversely, microencapsulated L. delbrueckii 94/L4 with the addition of Streptococcus thermophilus 24/S1 asstarter culture was successfully incorporated into milk to form yogurt, yielding a significantly (p < 0.05) improved product quality.
机译:研究了微胶囊素对以前分离的乳杆菌蛋白酶蛋白酶的影响,作为酸奶的起动培养物,以及作为益生菌候选者的乳酸杆菌酪蛋白酪虫97 / L3。 初步结果表明,L. Delbrueckii 94 / L4与L. caseI 97 / L3不同,表现出对胆汁的耐受性。 冷冻干燥显着(P <0.05)通过LOG 0.71-2.70降低了分离物的活力。 虽然微胶囊化保留了L的可行性,但酪虫97 / L3细胞暴露于模拟的胃肠道120分钟,但它没有赋予显着(P <0.05)免受暴露于前30分钟的活力损失的保护。 相反,通过加入链球菌的微胶囊化的L. Delbrueckii 94 / L4与嗜热链球菌24 / S1天赋培养成牛奶以形成酸奶,从而显着(P <0.05)提高产品质量。

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