In this work the performance of a printed ThL laccase biocathode is studied utilizing different electrode substrates, compositions and enzyme activities. The results indicate that the performance of the manufactured biocathode can be optimized by selecting a suitable substrate material and increasing the enzyme and mediator loading. By varying the substrate material app. 40 % increase in the cell performance was achieved. In addition by adding ten times higher amount of enzyme and mediator increased the cell performance app. 20 %
Biological fuel cells are a type of fuel cells that contain biological components, like enzymes, pr...
Platinum sensibility to impurities in hydrogen fuel cells remains one of the major issues to be solv...
Enzymatic electrodes have great potential for catalysing the direct conversion of chemical compounds...
In this work the performance of a printed ThL laccase biocathode is studied utilizing different elec...
In this work the performance of a printed ThL laccase biocathode is studied utilizing different elec...
Laccases belong to the family of blue multicopper oxidases, which catalyze the four-electron reducti...
Current generation by mediated enzyme electron transfer at electrode surfaces can be harnessed to pr...
Enzyme electrodes show great potential for many applications, as biosensors and more recently as ano...
In this work, biobatteries assembled using roll-to-roll screen printed enzymatic electrodes were cha...
In this work, biobatteries assembled using roll-to-roll screen printed enzymatic electrodes were cha...
Today’s most pressing problems would greatly benefit from an integrated production method for food, ...
Laccase, a blue multicopper oxidoreductase enzyme, is a robust enzyme that catalyzes the reduction o...
Effect of cathodic enzymatic decolorization of reactive blue 221 (RB221) on the performance of a dua...
Graphite rodswere modified by substituted aryldiazoniumsalts allowing subsequent laccase immobilisat...
Production of printable enzymatic power sources was scaled up from laboratory to roll-to-roll (R2R) ...
Biological fuel cells are a type of fuel cells that contain biological components, like enzymes, pr...
Platinum sensibility to impurities in hydrogen fuel cells remains one of the major issues to be solv...
Enzymatic electrodes have great potential for catalysing the direct conversion of chemical compounds...
In this work the performance of a printed ThL laccase biocathode is studied utilizing different elec...
In this work the performance of a printed ThL laccase biocathode is studied utilizing different elec...
Laccases belong to the family of blue multicopper oxidases, which catalyze the four-electron reducti...
Current generation by mediated enzyme electron transfer at electrode surfaces can be harnessed to pr...
Enzyme electrodes show great potential for many applications, as biosensors and more recently as ano...
In this work, biobatteries assembled using roll-to-roll screen printed enzymatic electrodes were cha...
In this work, biobatteries assembled using roll-to-roll screen printed enzymatic electrodes were cha...
Today’s most pressing problems would greatly benefit from an integrated production method for food, ...
Laccase, a blue multicopper oxidoreductase enzyme, is a robust enzyme that catalyzes the reduction o...
Effect of cathodic enzymatic decolorization of reactive blue 221 (RB221) on the performance of a dua...
Graphite rodswere modified by substituted aryldiazoniumsalts allowing subsequent laccase immobilisat...
Production of printable enzymatic power sources was scaled up from laboratory to roll-to-roll (R2R) ...
Biological fuel cells are a type of fuel cells that contain biological components, like enzymes, pr...
Platinum sensibility to impurities in hydrogen fuel cells remains one of the major issues to be solv...
Enzymatic electrodes have great potential for catalysing the direct conversion of chemical compounds...