lignin degradation

Three important enzymes for lignin degradation

三种重要木质素降解酶研究进展

Impact of exogenous paraquat on enzyme exudation and biochemical changes of lignin degradation fungi

百草枯对木质素降解菌产酶及其生物化学变化的影响

A study on lignin degradation for the use of corn stalk

玉米秸秆利用中木素质降解的研究

The Role of Several Low - molecular-weight Compounds Involved in Lignin Degradation

多种小分子物质在木素降解中的作用研究进展

Research progress of characterization of white-rot fungus enzyme system for lignin degradation and its application

白腐菌降解木质素酶系的特征及其应用

Recent Advances on Molecular Biology of Lignin Degradation

木素生物降解的分子生物学进展

Screening of Lignin-degrading Fungi and Study of Lignin Degradation of Vineyard Pruning

木质素降解菌筛选及葡萄枝条木质素降解研究

The research on lignin degradation by laccase was carried out in that knid of system .

并在该体系中进行漆酶降解木质素的反应。

Comparative studies on lignin degradation enzymes produced by three species of white-rot fungi and combination of the strains

三种白腐菌及其组合菌种木质素降解酶比较研究

Mechanism of Bamboo Lignin Degradation in GIF Biomimetic Bleaching

竹子木素在GIF仿酶漂白中的降解机理

Formation and regeneration from lignin degradation fungus L_1 protoplast

木质素降解菌L1原生质体的形成和再生

He-Ne laser breeding of the white ROT-FUNGUS l_x with high lignin degradation rate

He-Ne激光选育高木质素降解率的白腐真菌Lx

The results in this study can be as the basis on researching different kinds of lignin degradation mechanism of P. ostreatus .

该研究成果将为研究糙皮侧耳对不同种类木质素降解的分子机理奠定基础。

As a lignin degradation enzyme , it can degrade the lignin of organism .

作为一种木素降解酶，漆酶可以降解生物体中的木素。

First , photoreaction enzyme system was separated from plant photosynthesis organization , and then its effect on lignin degradation was observed .

首先，从植物光合作用组织中分离光反应酶系统，观察其对木质素的降解作用，并对其作用条件进行优化。

Apparently most degradation of these xenobiotic compounds occurs after active growth , during the secondary metabolic lignin degradation phase .

显而易见，大多数异生物质的降解发生在活性生长之后，次级代谢木质素降解阶段。

Cellobiose Dehydrogenase : Inhibition of Polymerization of Phenolic Compounds and Enhancing Lignin Degradation by Ligninases

纤维二糖脱氢酶抑制酚型化合物聚合及促进木素降解的研究

Compared to the sample without lignin degradation , the enzymatic hydrolysis yield of the sample with 71.55 % lignin degradation would enhance about 9.58 fold .

与木质素没有被降解的原料相比，木质素降解掉71.55%的样品，酶解率可以提高9.58倍。

After analysis : The lignin degradation reaction by ozone is a first order reaction , the reaction rate is accelerated with the increase of lignin concentration and reaction temperature .

第二，对木质素降解反应的基本动力学参数&浓度和温度进行了研究，经测定分析：木质素的臭氧降解反应属一级反应，反应速率随木质素浓度和温度的增加而加快。

STUDIES ON LIGNIN DEGRADATION BY LOCAL NATIVE METHOD OF PAPER-PULP PRODUCTION ──ⅱ . Paper-Pulp Chemical Composition Prepared by Local Native Method Using Bamboo and Its Chemical Analytical Method

土法造纸木素降解之探索&Ⅱ.嫩毛竹自然制浆过程中的化学成分变化及其分析方法

There has been no report on protein-protein interaction in Phanerochaete chrysosporium , a model microorganism for studying lignin degradation .

作为研究木质素降解系统的模式微生物黄孢原毛平革菌，迄今还没有蛋白-蛋白相互作用方面的报道。

Studies on Lignin Degradation of Bagasse and Rice Straw by White-Rot Fungi and Aspergillus Niger and in Vitro Digestibility of Fermented Feed

白腐真菌和黑曲霉降解蔗渣、稻草中木质素以及发酵饲料体外消化试验的研究

Three different enzymes are involved in lignin degradation produced by the white rot fungi , they are lignin peroxidases , manganese peroxidases and laccase .

白腐菌所分泌的木质素降解酶主要有3种：木质素过氧化物酶、锰依赖过氧化物酶和漆酶。

In this article , Lignin degradation mechanisms of ligninolytic enzyme system produced by wood white rot fungi and its applications to the treatment of bleaching effluents are reviewed .

白腐菌及其酶对木素具有降解作用，效果显著，综述了白腐菌及其木素降解酶近年来在漂白废水污染控制中的应用研究进展。

With the development of biotechnology , the exploitation and application of low molecular weight peptides become more and more extensive , especially for the avalanche of biologically active peptides and antimicrobial peptides , and the discovery of low molecular peptides during cellulose or lignin degradation as well .

随着生物技术的发展，小分子多肽的开发应用日益广泛。特别是生物活性肽、抗菌肽的大量涌现及参与木素、纤维素降解的小分子肽的发现，引发了小分子多肽研究的热潮。

Every ion studied can promote lignin degradation , at the same time cellulose degradation was obviously inhibited by certain concentration ions . When Ca ~ ( 2 + ) was added in medium , cellulose degradation was evidently restrained and the rate of degradation was only 0.620 % .

5种离子对木质素降解均有促进作用，一定浓度的离子明显地抑制纤维素的降解，其中Ca2+对纤维素降解的抑制作用最强，降解率仅为0.620%；

Laccase ( benzenediol : oxygen oxidoreductase : EC 1.10.3.2 ) is a type of multi copper-containing polyphenol oxidases capable of oxidizing a wide range of polyphenols and other lignin-derived aromatic compounds , and the enzyme is involved in lignin degradation and in the development of soil humus .

漆酶（EC1.10.3.2，对苯二酚：氧氧化还原酶）是一种含多个铜原子的多酚氧化酶，催化氧化多种芳香族化合物，在木质素矿化降解、腐殖质形成等过程中发挥重要作用。

Research on Lignin Peroxidase Degradation of Dyes

木素过氧化物酶降解染料研究

Technological Condition Optimization on Bamboo Lignin High Effective Degradation by White-rot Fungus Complex Bacteria

白腐菌复合菌高效降解竹材木质素的工艺条件的优化

Recently , the white rot fungi , having favorable ability of degrading lignin and unique degradation mechanism , had become the pattern fungus to manage various waste water by biology method .

近年来，白腐菌因其极强的木素降解能力和独特的降解机制而成为生物法处理各种造纸废水的模式菌。