AbstractThe incorporation of carbon into the carbon monoxide and cyanide ligands of [NiFe]-hydrogenases has been investigated by using 13C labelling in infrared studies of the Allochromatium vinosum enzyme and by 14C labelling experiments with overproduced Hyp proteins from Escherichia coli. The results suggest that the biosynthetic routes of the carbon monoxide and cyanide ligands in [NiFe]-hydrogenases are different
Carbamoylphosphate has been shown to be the educt for the synthesis of the CN ligands of the NiFe me...
Biological formation and consumption of molecular hydrogen (H2) are catalyzed by hydrogenases, of wh...
The Ni-Fe site in the active membrane-bound [NiFe]-hydrogenase from Allochromatium Vinosum can exist...
The incorporation of carbon into the carbon monoxide and cyanide ligands of [NiFe]-hydrogenases has ...
AbstractThe incorporation of carbon into the carbon monoxide and cyanide ligands of [NiFe]-hydrogena...
AbstractWithin the catalytic centre of [NiFe]-hydrogenases one carbonyl and two cyanide ligands are ...
Infrared spectra of 15N-enriched preparations of the soluble cytoplasmic NAD+-reducing [NiFe]-hydrog...
AbstractThe Fe atom in the bimetallic active site of [NiFe]-hydrogenases has one CO and two cyanide ...
The class of [NiFe]–hydrogenases is characterized by a bimetallic cofactor comprising low–spin nicke...
The class of [NiFe]-hydrogenases is characterized by a bimetallic cofactor comprising low-spin nicke...
<div><p>The class of [NiFe]–hydrogenases is characterized by a bimetallic cofactor comprising low–sp...
[NiFe]-hydrogenases catalyze uptake and evolution of H2 in a wide range of microorganisms. The enzym...
AbstractThe HypC and HypD maturases are required for the biosynthesis of the Fe(CN)2CO cofactor in t...
[NiFe]-hydrogenases catalyze the reversible conversion of hydrogen gas into protons and electrons an...
Carbamoylphosphate has been shown to be the educt for the synthesis of the CN ligands of the NiFe me...
Carbamoylphosphate has been shown to be the educt for the synthesis of the CN ligands of the NiFe me...
Biological formation and consumption of molecular hydrogen (H2) are catalyzed by hydrogenases, of wh...
The Ni-Fe site in the active membrane-bound [NiFe]-hydrogenase from Allochromatium Vinosum can exist...
The incorporation of carbon into the carbon monoxide and cyanide ligands of [NiFe]-hydrogenases has ...
AbstractThe incorporation of carbon into the carbon monoxide and cyanide ligands of [NiFe]-hydrogena...
AbstractWithin the catalytic centre of [NiFe]-hydrogenases one carbonyl and two cyanide ligands are ...
Infrared spectra of 15N-enriched preparations of the soluble cytoplasmic NAD+-reducing [NiFe]-hydrog...
AbstractThe Fe atom in the bimetallic active site of [NiFe]-hydrogenases has one CO and two cyanide ...
The class of [NiFe]–hydrogenases is characterized by a bimetallic cofactor comprising low–spin nicke...
The class of [NiFe]-hydrogenases is characterized by a bimetallic cofactor comprising low-spin nicke...
<div><p>The class of [NiFe]–hydrogenases is characterized by a bimetallic cofactor comprising low–sp...
[NiFe]-hydrogenases catalyze uptake and evolution of H2 in a wide range of microorganisms. The enzym...
AbstractThe HypC and HypD maturases are required for the biosynthesis of the Fe(CN)2CO cofactor in t...
[NiFe]-hydrogenases catalyze the reversible conversion of hydrogen gas into protons and electrons an...
Carbamoylphosphate has been shown to be the educt for the synthesis of the CN ligands of the NiFe me...
Carbamoylphosphate has been shown to be the educt for the synthesis of the CN ligands of the NiFe me...
Biological formation and consumption of molecular hydrogen (H2) are catalyzed by hydrogenases, of wh...
The Ni-Fe site in the active membrane-bound [NiFe]-hydrogenase from Allochromatium Vinosum can exist...