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Process optimization for the manufacture of lemon based beverage from hydrolyzed whey.

机译:从水解乳清生产柠檬基饮料的工艺优化。

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摘要

Whey obtained during the manufacture of Cheddar cheese and paneer was lactose hydrolyzed to develop lemon based whey beverage. The lactose present in whey was hydrolyzed by Maxilact L-2000 lactase enzyme. Maximum (85-90%) hydrolysis in cheese and paneer whey was optimized with enzyme concentration of 0.4% at pH 6.75 after incubation at 40 degrees C for 3 h. The sweetness level in hydrolyzed whey was equivalent to 2.5% sucrose solution. Response surface methodology was used to optimize the levels of sugar, lemon juice, lemon flavor and stabilizer i.e. carboxyl methyl cellulose (CMC). The most acceptable lemon based beverage contained 8, 4, 0.1 and 0.05% of sugar, lemon juice, lemon flavor and CMC, respectively. The beverage had greater acceptability to judges after heat treatment at 90 degrees C for 2 min than the heat treatment of 5 psi for 5 min.
机译:将切达干酪和芝士生产过程中获得的乳清水解为乳糖,以开发柠檬基乳清饮料。乳清中存在的乳糖被Maxilact L-2000乳糖酶水解。在40°C下孵育3小时后,在pH 6.75的条件下,用0.4%的酶浓度优化奶酪和芝士乳清中的最大(85-90%)水解。水解乳清的甜度相当于2.5%的蔗糖溶液。响应面方法用于优化糖,柠檬汁,柠檬香精和稳定剂(即羧甲基纤维素(CMC))的水平。最可接受的柠檬基饮料分别包含8%,4%,0.1%和0.05%的糖,柠檬汁,柠檬香精和CMC。与5 psi的5分钟热处理相比,该饮料在90摄氏度的热处理2分钟后具有更高的判断可接受性。

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