Laccases provide a promising future as a tool to be used in the field of biodegradation of synthetic dyes with different chemical structures. These enzymes are able to oxidize a wide range of phenolic substrates without the presence of additional co-factors. Laccases have been confirmed for their potential of synthetic dye degradation from wastewater and degradation products of these enzymatic reactions become less toxic than selected dyes. This study discusses the potential of laccase enzymes as agents for laccase-catalyzed degradation in terms of biodegradation efficiency of synthetic dyes, specifically: azo dyes, triphenylmethane, indigo and anthraquinone dyes. Review also summarizes the laccase-catalyzed degradation mechanisms of the se...
The degradation of the textile dye indigo with purified laccases from the fungi Trametes hirsuta (TH...
Trametes hirsuta and a purified laccase from this organism were able to degrade triarylmethane, indi...
The goal of this study was to determine the optimum conditions for the enzymatic decolorization of e...
Commercial dyes are not uniformly susceptible to microbial attack in conventional aerobic treatment ...
Malachite green oxalate dyes are of synthetic origin and their environmental existence is not well u...
Malachite green oxalate dyes are of synthetic origin and their environmental existence is not well ...
Trametes villosa laccase was used for direct azo dye degradation for which the reaction products we...
According to the European Environment Agency, the textile industry is responsible for 20% of global...
Malachite green oxalate dyes are of synthetic origin and their environmental existence is not well u...
The world today is in a quest for new means of environmental remediation as the methods currently us...
AbstractAdvanced industrialization has caused an increase in the continuous discharge of hazardous e...
Textile dyes are molecules designed to impart a permanent colour to textile fabrics. They pose an en...
Trametes hirsuta and a purified laccase from this organism were able to degrade triarylmethane, indi...
The degradation of the textile dye indigo with purified laccases from the fungi Trametes hirsuta (TH...
The degradation of the textile dye indigo with purified laccases from the fungi Trametes hirsuta (TH...
The degradation of the textile dye indigo with purified laccases from the fungi Trametes hirsuta (TH...
Trametes hirsuta and a purified laccase from this organism were able to degrade triarylmethane, indi...
The goal of this study was to determine the optimum conditions for the enzymatic decolorization of e...
Commercial dyes are not uniformly susceptible to microbial attack in conventional aerobic treatment ...
Malachite green oxalate dyes are of synthetic origin and their environmental existence is not well u...
Malachite green oxalate dyes are of synthetic origin and their environmental existence is not well ...
Trametes villosa laccase was used for direct azo dye degradation for which the reaction products we...
According to the European Environment Agency, the textile industry is responsible for 20% of global...
Malachite green oxalate dyes are of synthetic origin and their environmental existence is not well u...
The world today is in a quest for new means of environmental remediation as the methods currently us...
AbstractAdvanced industrialization has caused an increase in the continuous discharge of hazardous e...
Textile dyes are molecules designed to impart a permanent colour to textile fabrics. They pose an en...
Trametes hirsuta and a purified laccase from this organism were able to degrade triarylmethane, indi...
The degradation of the textile dye indigo with purified laccases from the fungi Trametes hirsuta (TH...
The degradation of the textile dye indigo with purified laccases from the fungi Trametes hirsuta (TH...
The degradation of the textile dye indigo with purified laccases from the fungi Trametes hirsuta (TH...
Trametes hirsuta and a purified laccase from this organism were able to degrade triarylmethane, indi...
The goal of this study was to determine the optimum conditions for the enzymatic decolorization of e...