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Enzyme production from different fruit and vegetable wast using lactic acid fermentation

机译:从不同的水果和酶的生产使用乳酸发酵蔬菜废弃物

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摘要

Laboratory experiment conducted with the objective of utilizing fruit and vegetable wastes and by-products viz., mango stone, citrus and mixed fruit peels, mosambi peel, banana pseudo-stem cuttings and cauliflower leaves, left over in the open in thefruit and vegetable mandies and processing industries or thrown in rivers for enzyme production showed highest pectinase, cellulose and amylase activity of 0.7605, 021465 and 0.3174 U umol ml"1 min1 in mosambi peel on 7th day of Lactobacillus plantarum inculation and 05289 & 0.5218, 0.4543 & 0.4314 and 0.4424 & 0.3626 U m1 min"1 in the mango waste after 13 and 28 days of L. plantarum inoculation, respectively. The Lactobacillus counts were highest (>108) in animal feed from mixed fruit pomace and mangostone waste till 13 days of incubation.
机译:实验室实验目的利用果蔬废弃物即副产品,芒果石头,柑橘和混合水果皮、mosambi皮、香蕉pseudo-stem岩屑和花椰菜叶子,剩下的在thefruit和蔬菜曼迪和开放加工行业或扔进河流酶生产显示最高的果胶酶,0.7605纤维素和淀粉酶的活性,021465“1和0.3174 U umol毫升min1 mosambi皮7天的乳杆菌inculation和05289和0.5218,0.4543和0.4314和0.4424 &0.3626 U m1 min”芒果废物经过13和128天的l .杆菌接种分别。最高(> 108)在动物饲料混合水果果渣和mangostone浪费到13天孵化。

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