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- W3156863897 abstract "Laccases and laccase-mediator systems (LMS) are versatile catalysts that can oxidize a broad range of substrates coupled to the sole reduction of dioxygen to water. They possess many biotechnological applications in paper, textile, and food industries, bioethanol production, organic synthesis, detection and degradation of pollutants, and biofuel cell development. In particular, bacterial laccases are getting relevance due to their activity in a wide range of pH and temperature and their robustness under harsh conditions. However, the enzyme and the redox mediator's availability and costs limit their large-scale commercial use. Here we demonstrate that β-(10-phenothiazyl)-propionic acid can be used as an efficient and low-cost redox mediator for decolorizing synthetic dyes by the recombinant laccase SilA from Streptomyces ipomoeae produced in E. coli. This new LMS can decolorize more than 80% indigo carmine and malachite green in 1 h at pH = 8.0 and 2 h in tap water (pH = 6.8). Furthermore, it decolorized more than 40% of anthraquinone dye remazol brilliant blue R and 80% of azo dye xylidine ponceau in 5 h at 50 °C, pH 8.0. It supported at least 3 decolorization cycles without losing activity, representing an attractive candidate for a cost-effective and environmentally friendly LMS functional at neutral to alkaline pH." @default.
- W3156863897 created "2021-04-26" @default.
- W3156863897 creator A5006298298 @default.
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- W3156863897 date "2021-07-01" @default.
- W3156863897 modified "2023-09-26" @default.
- W3156863897 title "Efficient decolorization of recalcitrant dyes at neutral/alkaline pH by a new bacterial laccase-mediator system" @default.
- W3156863897 cites W1531374249 @default.
- W3156863897 cites W1917801684 @default.
- W3156863897 cites W1975369206 @default.
- W3156863897 cites W1979202748 @default.
- W3156863897 cites W1983150810 @default.
- W3156863897 cites W1991517630 @default.
- W3156863897 cites W2003337777 @default.
- W3156863897 cites W2012257520 @default.
- W3156863897 cites W2014753150 @default.
- W3156863897 cites W2022260041 @default.
- W3156863897 cites W2022330232 @default.
- W3156863897 cites W2026246754 @default.
- W3156863897 cites W2032480590 @default.
- W3156863897 cites W2032698798 @default.
- W3156863897 cites W2033700168 @default.
- W3156863897 cites W2047370410 @default.
- W3156863897 cites W2054796077 @default.
- W3156863897 cites W2055350831 @default.
- W3156863897 cites W2064275833 @default.
- W3156863897 cites W2066948618 @default.
- W3156863897 cites W2068706418 @default.
- W3156863897 cites W2082815699 @default.
- W3156863897 cites W2089922692 @default.
- W3156863897 cites W2094695169 @default.
- W3156863897 cites W2096004249 @default.
- W3156863897 cites W2108368164 @default.
- W3156863897 cites W2128401660 @default.
- W3156863897 cites W2138820253 @default.
- W3156863897 cites W2148867727 @default.
- W3156863897 cites W2151350237 @default.
- W3156863897 cites W2154486038 @default.
- W3156863897 cites W2159203645 @default.
- W3156863897 cites W2162252957 @default.
- W3156863897 cites W2166177762 @default.
- W3156863897 cites W2170176671 @default.
- W3156863897 cites W2171650275 @default.
- W3156863897 cites W2282085731 @default.
- W3156863897 cites W2285566377 @default.
- W3156863897 cites W2321124322 @default.
- W3156863897 cites W2323475069 @default.
- W3156863897 cites W2337492798 @default.
- W3156863897 cites W2484772659 @default.
- W3156863897 cites W2522720424 @default.
- W3156863897 cites W2530916865 @default.
- W3156863897 cites W2599540426 @default.
- W3156863897 cites W2606913828 @default.
- W3156863897 cites W2618833465 @default.
- W3156863897 cites W2755318948 @default.
- W3156863897 cites W2755638496 @default.
- W3156863897 cites W2785622995 @default.
- W3156863897 cites W2791347519 @default.
- W3156863897 cites W2804426975 @default.
- W3156863897 cites W2808821117 @default.
- W3156863897 cites W2809880805 @default.
- W3156863897 cites W2883296263 @default.
- W3156863897 cites W2883809866 @default.
- W3156863897 cites W2897378892 @default.
- W3156863897 cites W2901498144 @default.
- W3156863897 cites W2901997077 @default.
- W3156863897 cites W2910542928 @default.
- W3156863897 cites W2911723054 @default.
- W3156863897 cites W2922453296 @default.
- W3156863897 cites W2944291980 @default.
- W3156863897 cites W2945149874 @default.
- W3156863897 cites W2956149762 @default.
- W3156863897 cites W2961848181 @default.
- W3156863897 cites W2978465262 @default.
- W3156863897 cites W2980182901 @default.
- W3156863897 cites W2981640300 @default.
- W3156863897 cites W2985579226 @default.
- W3156863897 cites W2999186987 @default.
- W3156863897 cites W3004194370 @default.
- W3156863897 cites W3013492712 @default.
- W3156863897 cites W3024271249 @default.
- W3156863897 cites W3038971608 @default.
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- W3156863897 cites W3087847892 @default.
- W3156863897 cites W330643516 @default.
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- W3156863897 doi "https://doi.org/10.1016/j.ecoenv.2021.112237" @default.
- W3156863897 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33892342" @default.
- W3156863897 hasPublicationYear "2021" @default.
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