International audiencePerforming a heterogeneous catalysis with proteins is still a challenge. Herein, we demonstrate the importance of cross‐linked crystals for sulfoxide oxidation by an artificial enzyme. The biohybrid consists of the insertion of an iron complex into a NikA protein crystal. The heterogeneous catalysts displays a better efficiency‐with higher reaction kinetics, a better stability and expand the substrate scope compared to its solution counterpart. Designing crystalline artificial enzymes represents a good alternative to soluble or supported enzymes for the future of synthetic biology
Artificial metalloenzymes (ArMs) result from the incorportation of a catalyst precursor within a hos...
Microbes are routinely engineered to synthesize high-value chemicals from renewable materials throug...
Multielectron redox reactions often require enzymes with active sites that contain one or more metal...
International audiencePerforming a heterogeneous catalysis with proteins is still a challenge. Herei...
International audienceDesigning systems that merge the advantages of heterogeneous catalysis, enzymo...
Designing systems that merge the advantages of heterogeneous catalysis, enzymology, and molecular ca...
International audienceThe principle of enzyme mimics has been raised to its pinnacle by the design o...
Depuis la révolution industrielle, la chimie ne cesse de prospérer en développant des procédés de pl...
Since the industrial revolution, chemistry has continually thriven by developing new efficient proce...
International audienceA new artificial oxidase has been developed for selective transformation of th...
Combining enzymes with synthetic materials is the new frontier of biocatalysis, materials science, a...
Selective oxidation reactions are important transformations for the production of fine chemicals. Ho...
The development of artificial metalloenzymes is an expanding field, involving various protein scaffo...
International audienceArtificial metalloenzymes broadens the scope of possibilities for catalysis at...
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...
Microbes are routinely engineered to synthesize high-value chemicals from renewable materials throug...
Multielectron redox reactions often require enzymes with active sites that contain one or more metal...
International audiencePerforming a heterogeneous catalysis with proteins is still a challenge. Herei...
International audienceDesigning systems that merge the advantages of heterogeneous catalysis, enzymo...
Designing systems that merge the advantages of heterogeneous catalysis, enzymology, and molecular ca...
International audienceThe principle of enzyme mimics has been raised to its pinnacle by the design o...
Depuis la révolution industrielle, la chimie ne cesse de prospérer en développant des procédés de pl...
Since the industrial revolution, chemistry has continually thriven by developing new efficient proce...
International audienceA new artificial oxidase has been developed for selective transformation of th...
Combining enzymes with synthetic materials is the new frontier of biocatalysis, materials science, a...
Selective oxidation reactions are important transformations for the production of fine chemicals. Ho...
The development of artificial metalloenzymes is an expanding field, involving various protein scaffo...
International audienceArtificial metalloenzymes broadens the scope of possibilities for catalysis at...
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...
Microbes are routinely engineered to synthesize high-value chemicals from renewable materials throug...
Multielectron redox reactions often require enzymes with active sites that contain one or more metal...