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首页> 外文期刊>Journal of food engineering >Utilization of tofu whey concentrate by nanofiltration process aimed at obtaining a functional fermented lactic beverage
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Utilization of tofu whey concentrate by nanofiltration process aimed at obtaining a functional fermented lactic beverage

机译:通过纳滤工艺利用豆腐乳清浓缩物来获得功能性发酵乳饮料

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摘要

Tofu whey was concentrated using the nanofiltration process up to a volume reduction factor of 4.5. The concentrate was used to produce two fermented lactic beverages; (1) with 10% of concentrated tofu whey + 90% of milk; and (2) with 20% of concentrated tofu whey + 80% of milk. Both beverages were analyzed to determine the total lactic acid bacteria count and the physicochemical, rheological and functional properties during storage (30 days). It was observed that the total lactic acid bacteria count was >8 log CFU mL(-1). It was observed that the total solids and protein contents of all beverages remained unchanged, but the use of concentrated tofu whey contributed to the post-acidification process. It can be verified that the viscosity was lower for beverage 2. The apparent viscosity of all samples decreased with an increase in the shear rate, indicating shear thinning and thixotropic properties. The Power Law model was successfully applied to describe the theological behavior. The total isoflavones content was greater for beverage 2 and remained unchanged during storage, while the oligosaccharides content decreased during storage. (C) 2015 Elsevier Ltd. All rights reserved.
机译:使用纳滤工艺将豆腐乳清浓缩至体积减小系数4.5。该浓缩物用于生产两种发酵的乳酸饮料。 (1)用10%的浓缩豆腐乳+ 90%的牛奶; (2)用20%的浓缩豆腐乳清+ 80%的牛奶。分析两种饮料以确定乳酸菌总数,以及在储存(30天)期间的理化,流变和功能特性。观察到乳酸菌总数> 8 log CFU mL(-1)。观察到所有饮料的总固体和蛋白质含量保持不变,但是浓缩豆腐乳清的使用有助于后酸化过程。可以证实饮料2的粘度较低。所有样品的表观粘度均随剪切速率的增加而降低,表明剪切稀化和触变性。幂律模型已成功应用于描述神学行为。饮料2的总异黄酮含量更高,在储存过程中保持不变,而在储存过程中寡糖含量下降。 (C)2015 Elsevier Ltd.保留所有权利。

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