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Extracellular oxidases of Cerrena sp. complementarily functioning in artificial dye decolorization including laccase, manganese peroxidase, and novel versatile peroxidases

机译:Cerrena sp。的细胞外氧化酶。在包括染料酶,锰过氧化物酶和新型多功能过氧化物酶在内的人工染料脱色中互补地起作用

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摘要

Extracellular ligninolytic oxidoreductases produced by Cerrena sp. strain Ra, a soil-isolated basidiomycete with high artificial dye-decolorizing activity, were purified and characterized. One thermostable laccase, one typical manganese peroxidase, and two versatile peroxidases (VPI and VPII) were found in the culture of this fungus. The different characteristics of each enzyme enable the strain express wide-range of oxidizing activity under various conditions. VPI decolorizing activity was observed toward various kinds of dye compounds, and the activity and specificity varied depending on the oxidizing mediators added to the reaction mixture. Optimized VPI/mediator-coupling decolorizing will be widely used for industrial wastewater treatment.
机译:Cerrena sp。产生的胞外木质素氧化还原酶。纯化并鉴定了菌株Ra,这是一种具有高人工染料脱色活性的土壤分离的担子菌。在这种真菌的培养物中发现了一种热稳定的漆酶,一种典型的锰过氧化物酶和两种通用的过氧化物酶(VPI和VPII)。每种酶的不同特性使菌株在各种条件下都能表达广泛的氧化活性。观察到对各种染料化合物的VPI脱色活性,其活性和特异性取决于添加到反应混合物中的氧化介质。优化的VPI /介质耦合脱色将广泛用于工业废水处理。

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