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A special grouping of select papers presented at the international conference, “Sustainable technologies for industrial hazardous waste management and bioenergy production,” Chennai, India

Development of a magnetically separable co-immobilized laccase and versatile peroxidase system for the conversion of lignocellulosic biomass to vanillin

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Pages 1252-1259 | Received 22 Oct 2019, Accepted 17 Apr 2020, Published online: 07 Dec 2020

Figures & data

Figure 1. Effect of, a) Time (min.) and b) Temperature (°C) on vanillin production using free laccase (L), free peroxidase (P), immobilized laccase (Im L), immobilized peroxidase (Im P) and co-immobilized laccase and peroxidase (LP). The experiments were performed in triplicates and expressed as mean average with an error

Figure 1. Effect of, a) Time (min.) and b) Temperature (°C) on vanillin production using free laccase (L), free peroxidase (P), immobilized laccase (Im L), immobilized peroxidase (Im P) and co-immobilized laccase and peroxidase (LP). The experiments were performed in triplicates and expressed as mean average with an error

Figure 2. Effect of, a) pH and b) Enzyme concentration (U/mL) on vanillin production using free laccase (L), free peroxidase (P), immobilized laccase (Im L), immobilized peroxidase (Im P) and co-immobilized laccase and peroxidase (LP). The experiments were performed in triplicates and expressed as mean average with error

Figure 2. Effect of, a) pH and b) Enzyme concentration (U/mL) on vanillin production using free laccase (L), free peroxidase (P), immobilized laccase (Im L), immobilized peroxidase (Im P) and co-immobilized laccase and peroxidase (LP). The experiments were performed in triplicates and expressed as mean average with error

Figure 3. Reusability of the co-immobilized laccase and peroxidase during vanillin production. The experiments were performed in triplicates and expressed as mean average with an error

Figure 3. Reusability of the co-immobilized laccase and peroxidase during vanillin production. The experiments were performed in triplicates and expressed as mean average with an error
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