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Hydrolysis of green tea residue protein using proteolytic enzyme derived from Aspergillus oryzae

机译:米曲霉衍生的蛋白水解酶水解绿茶渣蛋白

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摘要

Free amino acids are important chemical components which impact the taste of green tea infusion. The hydrolysis of water-insoluble protein in the green tea residue helps to increase the contents of free amino acids components except theanine. Studies indicate that the hydrolysis of the tea protein could be restricted due to interaction of polyphenols with protein. The experiment indicates that the hydrolysis of tea protein by protease is the main trend when the polyphenols concentration is lower than 5 mg ml−1, however, the proteins (including tea protein and protease) would interact with polyphenoles instead of hydrolysis when the concentration of polyphenols is higher than 5 mg ml−1. The hydrolysis of tea protein is absolutely restrained when concentration comes to 10 mg ml−1.
机译:游离氨基酸是影响绿茶注入口感的重要化学成分。绿茶残渣中水不溶性蛋白质的水解有助于增加茶氨酸以外的游离氨基酸成分的含量。研究表明,茶多酚的水解可能由于多酚与蛋白质的相互作用而受到限制。实验表明,当茶多酚浓度低于5mg / ml -1 时,蛋白酶对茶蛋白的水解作用是主要趋势,但蛋白(包括茶蛋白和蛋白酶)会与茶多酚相互作用。当多酚浓度高于5 mg ml -1 时代替水解。当浓度达到10 mg ml -1 时,茶蛋白的水解就被完全抑制了。

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