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Characterization of pomegranate juice and whey based novel beverage fermented by kefir grains

机译:牛乳气酒发酵的石榴汁和乳清基新型饮料的表征

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摘要

Mixture of pomegranate juice and whey was evaluated as a potential substrate for production of a novel probiotic beverage by kefir grains. Different fermentation conditions were used as viz: two fermentation temperature (19 degrees C and 25 degrees C) and two levels of kefir grains inoculum (5 % and 8% w/v). pH, acidity, lactose consumption as well as organic acids formation were determined during 32 hours of fermentation. Results showed that kefir grains were able to utilize lactose and decrease pH, increase acidity, produce lactic acid and acetic acid, while the level of citric acid decreased. It was observed these change depended on temperature and level of kefir grains with the highest changes at the temperature of 25 degrees C and kefir grains inoculum of 8% w/v. Pomegranate juice and whey mixture therefore may serve as a suitable substrate for the production of novel probiotic dairy-fruit juice beverage by kefir grains and the sensory characteristics of this beverage were shown desirable results.
机译:石榴汁和乳清的混合物被评估为通过开菲尔谷物生产新型益生菌饮料的潜在基质。使用了不同的发酵条件,即:两个发酵温度(19摄氏度和25摄氏度)和两个水平的开菲尔粒接种物(5%和8%w / v)。在发酵的32小时内测定pH,酸度,乳糖消耗以及有机酸的形成。结果表明,开菲尔谷物能够利用乳糖降低pH值,增加酸度,产生乳酸和乙酸,而柠檬酸水平却降低。观察到这些变化取决于温度和开菲尔晶粒水平,其中在25摄氏度的温度和8%的w / v开菲尔晶粒接种物中变化最大。因此,石榴汁和乳清混合物可作为合适的底物,用于通过牛乳气酒粒生产新型益生菌乳制品-果汁饮料,并且该饮料的感官特性显示出理想的结果。

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