多年生植物酚氧化酶:羟化酶活性、分离和生理作用

N.T. Omiadze, N.I. Mchedlishvili, M.O. Abutidze
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引用次数: 3

摘要

讨论了从不同植物中分离具有羟化酶活性的酚氧化酶的难点。从茶叶和猕猴桃叶、苹果果实、核桃壳和藤茎中分离出具有高羟化酶活性的酚氧化酶。茶叶酚氧化酶已被证明能够催化天然底物对香豆酸的羟基化。在次生代谢的步骤中,酚氧化酶羟化酶活性可能包括在植物木质素化过程中。据推测,苯酚氧化酶的羟化酶活性被掩盖可能与酶分离的困难和特性有关,多年生植物酚氧化酶的羟化酶活性可能包含在木质素形成过程中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Phenoloxidases of perennial plants: Hydroxylase activity, isolation and physiological role

The difficulties of isolation of phenoloxidases with hydroxylase activity from different plants have been discussed. Phenoloxidase with high hydroxylase activity has been isolated from tea and kivi leaves, apple (Kekhura) fruits, walnut husks and vine stems. The tea leaf phenoloxidase has been shown to be able to catalyze the hydoxylation of the natural substrate p-coumaric acid. The step in the secondary metabolism in which phenoloxidase hydroxylase activity may be included in the plant lignification process has been shown. It has been supposed that masking of hydroxylase activity of phenoloxidase might be connected with the difficulties and peculiarities of the enzyme isolation and perhaps, hydroxylase activity of perennial plant phenoloxidase is included in the process of lignin formation.

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