International audienceA new artificial oxidase has been developed for selective transformation of thioanisole. The catalytic activity of an iron inorganic complex, FeLibu, embedded in a transport protein NikA has been investigated in aqueous media. High efficiency (up to 1367 t), frequency 459 TON min(-1) and selectivity (up to 69%) make this easy to use catalytic system an asset for a sustainable chemistry. (C) 2016 Elsevier B.V. All rights reserved
Enzymes have evolved to catalyze a range of biochemical transformations with high efficiencies and u...
Control of catalytic oxidation reactions is difficult to achieve because of the formation of undesir...
The present manuscript describes a simple, efficient and environmentally friendly room temperature ...
International audienceA new artificial oxidase has been developed for selective transformation of th...
International audiencePerforming a heterogeneous catalysis with proteins is still a challenge. Herei...
The development of artificial metalloenzymes is an expanding field, involving various protein scaffo...
International audienceArtificial metalloenzymes broadens the scope of possibilities for catalysis at...
Devant la nécessité de préservation de l’environnement, la chimie devra de plus en plus devenir « ve...
My thesis works have consisted in elaborating new catalysts, in agreement with the “green chemistry”...
Artificial metalloenzymes (ArMs) result from the incorportation of a catalyst precursor within a hos...
This paper describes the oxidation of inorganic sulfide to sulfate, minimizing the formation of elem...
Selective oxidation reactions are important transformations for the production of fine chemicals. Ho...
Artificial metalloenzymes enable several non-natural chemical transformations by hosting a metal ca...
In recent years, substantial advances have been made in the development of artificial metalloenzymes...
This thesis describes the design, synthesis and application of artificial metalloenzymes for transit...
Enzymes have evolved to catalyze a range of biochemical transformations with high efficiencies and u...
Control of catalytic oxidation reactions is difficult to achieve because of the formation of undesir...
The present manuscript describes a simple, efficient and environmentally friendly room temperature ...
International audienceA new artificial oxidase has been developed for selective transformation of th...
International audiencePerforming a heterogeneous catalysis with proteins is still a challenge. Herei...
The development of artificial metalloenzymes is an expanding field, involving various protein scaffo...
International audienceArtificial metalloenzymes broadens the scope of possibilities for catalysis at...
Devant la nécessité de préservation de l’environnement, la chimie devra de plus en plus devenir « ve...
My thesis works have consisted in elaborating new catalysts, in agreement with the “green chemistry”...
Artificial metalloenzymes (ArMs) result from the incorportation of a catalyst precursor within a hos...
This paper describes the oxidation of inorganic sulfide to sulfate, minimizing the formation of elem...
Selective oxidation reactions are important transformations for the production of fine chemicals. Ho...
Artificial metalloenzymes enable several non-natural chemical transformations by hosting a metal ca...
In recent years, substantial advances have been made in the development of artificial metalloenzymes...
This thesis describes the design, synthesis and application of artificial metalloenzymes for transit...
Enzymes have evolved to catalyze a range of biochemical transformations with high efficiencies and u...
Control of catalytic oxidation reactions is difficult to achieve because of the formation of undesir...
The present manuscript describes a simple, efficient and environmentally friendly room temperature ...