SEARCH Articles Figures Tables 0-Glucosidase, cofactors 1.2- Dithiolenes cofactor biosynthesis ATPase cofactors Aconitase cofactors Activator-recruited cofactor Aldehyde oxidoreductase molybdenum cofactor structure Amino acid dehydrogenase cofactor regeneration Amino acid racemases cofactors Amino cofactor-independent Analytical reagents cofactors Antibodies cofactor catalysis Antithrombin III heparin cofactor Apoenzyme-cofactor interactions Applications in Redox Cofactor Electrochemistry Artificial cofactor regenerating enzymes Ascorbic acid cofactors Availability of Cosubstrates and Cofactors B-12 cofactor Binding sites, introduction cofactors Biocatalysis cofactor recycling Biocatalyst cofactor regeneration Biocatalyst enzyme-coupled cofactor Biocatalyst substrate-coupled cofactor Biogenesis of TPQ and Related Cofactors Biological systems activity cofactor Biomimetic cofactors Biopterin cofactors Bioreduction cofactor regeneration Biosynthesis, dithiolene cofactor Biotin protein cofactor Biotin sulfoxide reductase molybdenum cofactor Blood clotting cofactors Blood coagulation thrombin-cofactor interactions Caspase Cofactor Catalytic antibodies cofactor catalysis Chemiluminescence cofactors Cobalamin cofactor Cobalamin cofactor synthase Cobalamin, methyl cofactor Cobalamine cofactors Coenzymes and Cofactors Cofactor Engineering for Xylitol Production in Recombinant Saccharomyces cerevisiae Cofactor F-430 Cofactor FeMoCo Cofactor M reductase Cofactor M reductase molecular weight Cofactor NAD H Cofactor NADH Cofactor Recycle in Multi-Step Oxidizing Biocatalytic Systems Cofactor Regeneration in Whole-Cells Cofactor Substitution In Vitro Cofactor acetylene reduction Cofactor binding Cofactor clusters Cofactor coenzyme Cofactor consumption Cofactor containing biomolecules Cofactor corrins Cofactor cyanide binding Cofactor depletion Cofactor dissociation Cofactor engineering Cofactor immobilization Cofactor incorporation Cofactor interaction screening Cofactor iron-sulfur Cofactor ligation Cofactor of an element Cofactor optical sensor Cofactor organic solvents Cofactor protein-integrated Cofactor proton binding Cofactor pyridoxal phosphate Cofactor reconstitution Cofactor reconstitution approach Cofactor recycling Cofactor recycling systems Cofactor recycling, biocatalytic Cofactor recycling, biocatalytic asymmetric reduction Cofactor regeneration Cofactor regeneration systems Cofactor regeneration systems reactions Cofactor regeneration systems, for Cofactor regeneration, chemical Cofactor requirements Cofactor requirements, microsomal enzymes Cofactor specificity Cofactor substitution Cofactor supplementation, treatment Cofactor thiol binding Cofactor topaquinone Cofactor, acetylation Cofactor, acetylation fatty acid oxidation Cofactor-Independent with Activated Substrates Cofactor-dependent enzyme Cofactor-enzyme affinity complexes Cofactor-labeled antigens Cofactors Competition Cofactors Concanavalin Cofactors biocatalytic reactions Cofactors classification Cofactors commonly encountered Cofactors dinucleotide Cofactors electrochemical regeneration Cofactors fixed Cofactors for catalysis Cofactors for enzymatic reactions Cofactors in catalysis Cofactors metal/organic Cofactors of Caspase Activation Cofactors of glucose oxidase Cofactors porphyrins 212 Cofactors primitive 203 Cofactors reduction Cofactors structure Cofactors transition metals Cofactors with PSII Cofactors, Coenzymes, and Prosthetic Groups Cofactors, fluorescent Cofactors, inorganic Cofactors, introduction Complement cofactor Complex flavin cofactor Copper cofactor Copper cofactor biogenesis Copper enzyme cofactor Cosubstrates and cofactors Cytochrome bci Metal Cofactor Specifics Cytochrome cofactor regenerating enzymes Degradation flavin cofactor Dehydrogenases cofactor Dehydrogenases, Changing Cofactor Specificity Dermatan sulfate cofactor activation Determinant cofactor Dihydronicotinamide cofactors Diiron cofactor Dopamine hydroxylase cofactor Effective Cofactor Recycling Electrochemical cofactor recycling Electron transfer cofactors Enzyme cofactor Enzyme cofactor binding, implication Enzyme cofactors calcium Enzyme-bound cofactor regeneration Enzymes cofactor regeneration Enzymes cofactor specificity Enzymes cofactors for FAD cofactor Fe-Mo cofactor FeMo cofactor, FeMoco FeMo-cofactor FeMo-cofactor resting states FeMo-cofactor structure FeMo-cofactor substrate binding Flavin adenine dinucleotide FAD)-cofactor Flavin adenine dinucleotide cofactor Flavin cofactors Flavin mononucleotide cofactor Flavins cofactor function Fluorescent Enzyme Cofactors Folic acid cofactors Fucosylation with Integrated Cofactor Regeneration Fusion cofactors Galactose oxidase cofactor biogenesis Galactose oxidase tyrosine-cysteine cofactor Galactosylation with Galactosyltransferases and Integrated Cofactor Regeneration Glycogen phosphorylase metabolism cofactor Heat shock protein cofactors Heme cofactor Heme groups cofactors specific enzymes Heme proteins with cofactors Heparin cofactor Heparin cofactor II Heterocyclic cofactors Hsp70 and Its Cofactors Hydride-transfer reactions involving nicotinamide cofactors In cofactor regeneration In oxidation-reduction cofactor In situ cofactor recycling Inorganic cofactors, hemes Introduction cofactor requirements Iron-molybdenum cofactor Iron-molybdenum cofactor composition Iron-molybdenum cofactor, FeMoco Iron-molybdenum cofactor, FeMoco electron reduction Iron-molybdenum cofactor, FeMoco structure Iron-molybdenum cofactor, FeMoco synthesis Iron-sulfur clusters FeMo-cofactor Iron-sulfur clusters FeMoco-cofactor Isobacteriochlorin cofactor L-0-Lysine mutase cofactor requirements Magnesium cofactor Magnesium enzyme cofactor Magnesium, as cofactor Matrices and Cofactors Matrix cofactor Matrix of cofactors Membrane cofactor protein Membrane cofactor protein (MCP Metabolic engineering cofactor Metabolic transformations cofactors Metal Cofactor Specifics Metal cofactor interactions Metal cofactors Metal cofactors, introduction Metal cofactors, polypeptide-bound Metal ion cofactors Metal-binding cofactors Metalloporphyrins cofactor Metals as cofactors Methyltransferases cofactors Minerals cofactors MoFe-cofactor Modeling the Azadithiolate Cofactor Molybdenum cofactor (Moco Molybdenum cofactor biosynthesis Molybdenum cofactor domain Molybdenum cofactor model systems Molybdenum cofactor nitrogenase complexes Molybdenum cofactor proposed structure Molybdenum cofactor reduced form Molybdenum cofactor structure Molybdenum cofactor sulfurase Molybdenum cofactor synthesis Molybdenum cofactors 208 Molybdenum enzymes cofactors Molybdenum iron protein cofactor Molybdenum iron protein cofactor structure Molybdopterin cofactor NADH cofactor regeneration NADH cofactor, recycling NADH/NADPH cofactors NADH/NADPH cofactors enzymes NADP cofactor Natural product enzyme cofactors Nickel cofactors Nicotinamide adenine dinucleotide cofactor Nicotinamide adenine dinucleotide hydride reduced form cofactor Nicotinamide adenine dinucleotide phosphate cofactors Nicotinamide cofactor Nicotinamide cofactors NAD Nitrogenase MoFe protein cofactor Nitrogenase cofactor Nitrogenase cofactor, FeMoco Nitrogenase molybdenum, cofactor Nitrogenase molybdenum-iron protein FeMo-cofactor Nitrogenase, iron-molybdenum cofactor Nuclear receptor-cofactor complexes Nuclear receptor-cofactor inhibitors Nuclear receptor-cofactor interaction Nucleic acid polymerase cofactors Nucleoside cofactors Organic cofactor Other Coenzymes and Cofactors Other Cofactors Oxidation-reduction cofactors Oxidoreductase cofactor immobilization Oxygen evolution inorganic cofactors PLP cofactor binding PPAR cofactors Pantetheine cofactors Peroxidases cofactor regeneration Phenylalanine hydroxylase cofactor Phosphorylases cofactor Photoisomerizable FAD cofactor Photoisomerization cofactor Photosynthetic bacteria cofactor arrangement Photosynthetic reaction center electron transfer cofactors Positive cofactor Potassium cofactor Preparation and Reactions of the FeMo Cofactor Model Clusters Prochiral ketones with cofactor Prosthetic Groups, Cofactors, and Post-Translational Modifications Prosthetic Groups, and Cofactors Prosthetic group or cofactor Proteins cofactors Proteins metal cofactors Proteus mirabilis molybdenum cofactor Pterin cofactor Pyridoxal phosphate as a cofactor Pyridoxal phosphate, coenzyme cofactor Pyridoxamine cofactor Pyruvate dehydrogenase cofactors Quinone cofactors Radical cofactors Reaction center cofactors Recycling of Cofactors Redox active cofactors Redox cofactors Redox cofactors imbalance Reduction cofactor recycling Regeneration of dihydronicotinamide cofactors Regeneration of the cofactor NADH Relay-cofactor Releasing the Spring Cofactor- and Substrate-assisted Activation of Factor IXa Reorganization energy cofactors Ribonucleotide reductase tyrosyl radical cofactor Ribozymes, cofactors Ristocetin cofactor activity S cofactors Saturation of Tryptophan Dioxygenase with Its Heme Cofactor Selenium cofactors Specificity and cofactors Spectroscopic studies molybdenum cofactor Spectroscopy pterin cofactors Stoichiometric cofactors Strategies for Cofactor Regeneration in Biocatalyzed Reductions Substrate-coupled cofactor Sulfite oxidase molybdenum cofactor Synthesis with cofactor regeneration TTQ cofactor Targeting the Nuclear Receptor-Cofactor Interaction Tetrahydropteridine cofactor Tetrahydropterin cofactor The Active Site of Nitrogenase FeMo-Cofactor The FeMo-Cofactor The Molybdenum Cofactor (Mo-co) The Roles of Cofactors The Tetrapyrrolic Cofactors Thiamine enzyme cofactor Transport molybdenum cofactor Tungsten cofactor Vitamin cofactor functions Vitamin cofactor, labeling Vitamins cofactor forms Xanthine oxidase molybdenum cofactor Xenobiotic Receptor Cofactors and Coregulators Xylitol cofactor engineering Yeast, tubulin cofactors