Early work with viologen‐mediated nitrogenase bio‐electrochemistry focused on bio‐electrocatalysis with the enzyme in solution, but biocatalyst immobilization at electrode surfaces is favorable as it provides a high effective concentration of biocatalyst at the electrode surface. We have used a pyrene–peptide linker as a method for immobilizing nitrogenase on carbon electrode surfaces for nitrogenase bio‐electrocatalysis
We show that molecular catalysts for fuel-forming reactions can be immobilized on graphitic carbon e...
This paper presents the electrochemical stabilization of methyl viologen cations on a variety of car...
International audienceCatalysis of fuel-producing reactions can be transferred from homogeneous solu...
As solar energy becomes the primary renewable energy resource, its intermittency still remains an im...
Nitrogenase enzymes are the only biological catalysts able to convert N2 to NH3. Molybdenum-dependen...
The fixation of atmospheric dinitrogen to ammonia by industrial technologies (such as the Haber Bosc...
Nitrogenase is the only enzyme known to catalyze the reduction of N-2 to 2NH(3). In vivo, the MoFe p...
Assembling systems for the conversion of solar light energy into chem. fuels (i.e., artificial photo...
AbstractNitrogenase is an enzyme found in many bacteria and archaea that catalyzes biological dinitr...
International audienceEnzyme sensors for diagnostic and environmental applications have developed by...
International audiencePotential for nitrogenase: Milton, Minteer, and co-workers report the first ev...
In attempting to achieve in vitro activation of a cytochrome P450 from Bacillus megaterium , we hav...
Fe-N-C catalysts were synthesized from a nitrogen and iron wet impregnation of carbon black pearls f...
Stable, site-specific immobilization of redox proteins andenzymes is of interest for the development...
International audienceWe report the oriented immobilization of [NiFeSe] hydrogenases on both covalen...
We show that molecular catalysts for fuel-forming reactions can be immobilized on graphitic carbon e...
This paper presents the electrochemical stabilization of methyl viologen cations on a variety of car...
International audienceCatalysis of fuel-producing reactions can be transferred from homogeneous solu...
As solar energy becomes the primary renewable energy resource, its intermittency still remains an im...
Nitrogenase enzymes are the only biological catalysts able to convert N2 to NH3. Molybdenum-dependen...
The fixation of atmospheric dinitrogen to ammonia by industrial technologies (such as the Haber Bosc...
Nitrogenase is the only enzyme known to catalyze the reduction of N-2 to 2NH(3). In vivo, the MoFe p...
Assembling systems for the conversion of solar light energy into chem. fuels (i.e., artificial photo...
AbstractNitrogenase is an enzyme found in many bacteria and archaea that catalyzes biological dinitr...
International audienceEnzyme sensors for diagnostic and environmental applications have developed by...
International audiencePotential for nitrogenase: Milton, Minteer, and co-workers report the first ev...
In attempting to achieve in vitro activation of a cytochrome P450 from Bacillus megaterium , we hav...
Fe-N-C catalysts were synthesized from a nitrogen and iron wet impregnation of carbon black pearls f...
Stable, site-specific immobilization of redox proteins andenzymes is of interest for the development...
International audienceWe report the oriented immobilization of [NiFeSe] hydrogenases on both covalen...
We show that molecular catalysts for fuel-forming reactions can be immobilized on graphitic carbon e...
This paper presents the electrochemical stabilization of methyl viologen cations on a variety of car...
International audienceCatalysis of fuel-producing reactions can be transferred from homogeneous solu...