The optimum conditions for producting laccase and decoloring dyes by Panus conchatus were studied.
对贝壳状革耳菌高产漆酶条件及其对染料脱色条件进行了研究。
The effects of proteins obtained from the sap of Toxicodendron Nucifera on the activity of T. Nucifera laccase were investigated.
研究了从烟草毒素的汁液中获得的蛋白质对丁香漆酶活性的影响。
Applied prospects of laccase are discussed.
并对漆酶的应用前景进行了分析。
The laccase was immobilized on the magnetic chitosan microspheres.
以磁性壳聚糖微球为载体固定漆酶。
The structural characteristics of laccase substrates are summarized.
总结了漆酶底物的结构特点。
Deinking technology of ONP with Laccase Mediator System (LMS) was studied.
对旧报纸漆酶脱墨工艺进行了研究。
Amanita Verna is an excellent producer of the industrially important enzyme laccase.
白毒鹅膏菌是一种重要的产生胞外漆酶的菌株。
The optimal condition of immobilization of laccase by chelating . method is investigated.
考察了整合法固定漆树酶的最适条件。
The immobilization of laccase and the properties of the immobilization laccase were studied.
本文就漆酶的固定化及固定化酶的性质作了初步研究。
Studies on the Reaction Between Laccase and 3,4,5-Trihydroxybenzoic Acid by Microcalorimetry.
微量热法研究漆酶和3，4，5-三羟基苯甲酸的反应。
Strain BP2 could secrete laccase and remove almost about 80% acid-soluble lignin from the system.
平菇属的菌株BP2可以分泌漆酶，去除体系酸溶木质素，降低幅度达到80%左右；
Amanita verna which could produce laccase was isolated from 9 fungi gathered on the Majia mountain.
从威海玛伽山上采集的9株夏季常见大型真菌中筛选出产漆酶能力最强的菌株白毒鹅膏菌。
The application of laccase is introduced in chemistry, medicine, environment, foods and making paper.
介绍漆酶在化学、医学、环境、食品和造纸等方面的应用。
The effects of pore size on the specific activity and on the amount of immobilized laccase were studied.
比较了孔径大小对酶固定化量及比活力的影响。
The demethylation of laccase is applied to lignin degradation and formation of color within natural flowers.
漆酶的去甲基化作用可以使木质素降解，也能够参与自然界中花色的形成。
The reaction process curve showed that this laccase accord the dynamical character of enzyme catalytic reaction.
对漆酶部分动力学特征进行测定：反应过程曲线表明该漆酶符合酶促反应动力学特征。
Lacquer is excised from the lacquer natural SAP, which is mainly composed of urushiol, laccase, tree resin and water.
生漆是从漆树割取的天然液汁，主要由漆酚、漆酶、树胶质及水分构成。
Laccase is mainly applied to two aspects of biomonitor: one side is enzyme electrode; the other side is enzyme marker.
漆酶构成的生物检测器主要有两种：漆酶电极和漆酶酶标。
The optimum conditions for producing laccase and decoloring papermaking wastewater by coriolus versicolor were studied.
对杂色云芝菌高产漆酶条件及其对造纸废水脱色条件进行了研究。
Recent advances in studies on structure of catalytic active center and application of laccase are reviewed in the present paper.
综述了漆酶催化活性中心结构及应用的研究进展。
The relative degradation rate of quinoline was close correlated with the activity of laccase, specific increase rate of biomass.
喹啉的相对去除率与白腐菌漆酶活力、生物量比增长速率具有较好的相关性；
The enzymes activities of carboxymethyl cellulase, hemicellulase, polyphenol oxidase, guaiacol oxidase, and laccase were studied.
研究了羧甲基纤维素酶、半纤维素酶、多酚氧化酶、愈创木酚氧化酶和漆酶的酶活性变化。
In this article, some important immobilization methods of laccase and its applications to the treatment of wastewater are reviewed.
综述了近几年来固定漆酶的主要方法及其在废水处理中的应用，并对固定化漆酶的工业应用前景进行了展望。
Laccase is one of phenoloxidases that catalyze the transformation of a large amount of phenolic and non-phenolic aromatic compounds.
漆酶是一类多酚氧化酶，它能够催化空气中的氧气直接氧化各种酚类、芳胺等芳香类化合物。
The properties ef the free laccase and the immobilized laccase are compared and the possible reasons for the differences of them are discussed.
对固定化前后漆酶的性质进行了比较，并分析了造成固定化酶与游离酶性质差异的原因。
This paper also discusses the reactive alkali lignin chitosan membrane's sustainably-releasing effect on urea and its fixing effects on laccase.
本文还探讨了碱木质素壳聚糖反应膜对尿素的缓释效果和膜对漆酶的固定化效果。
Main catalytic reactions of laccase occur in cu 2 + formed active center, however the level of REDOX potential is related to amino acid ligands.
漆酶的催化反应发生在铜离子形成的活性中心，但其氧化能力与氨基酸配体有密切的关系。
Main catalytic reactions of laccase occur in cu 2 + formed active center, however the level of REDOX potential is related to amino acid ligands.
漆酶的催化反应发生在铜离子形成的活性中心，但其氧化能力与氨基酸配体有密切的关系。
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