Oxidative damage in MauG: Implications for the control of high-valent iron species and radical propagation pathways

Keyphrases

• MauG 100%
• Oxidative Damage 100%
• High-valent Iron Species 100%
• Propagation Path 100%
• Radical Propagation 100%
• Heme 44%
• Higher Spin 44%
• Hydrogen Peroxide 33%
• Methylamine Dehydrogenase 33%
• Fe(IV) 22%
• Ancillary 11%
• Heme Enzyme 11%
• Protective Mechanism 11%
• High-valent 11%
• Mass Spectrometry 11%
• Heme Iron 11%
• Tryptophan 11%
• Methionine Oxidation 11%
• Structural Mechanism 11%
• Reactive Oxygen Species Production 11%
• Catalytic Activity 11%
• Electron Transfer Mechanism 11%
• Substrate Oxidation 11%
• Catalytic Intermediates 11%
• Biological Context 11%
• Repeated Exposure 11%
• Protein Loss 11%
• Protein Residue 11%
• Interfacial Residues 11%
• Suicide Inactivation 11%
• Deactivation 11%

Biochemistry, Genetics and Molecular Biology

• Alpha Oxidation 100%
• Enzyme 60%
• Precursor 60%
• Dehydrogenase 60%
• Hydrogen Peroxide 60%
• Oxidoreductase 60%
• Anabolism 20%
• Methionine 20%
• Tryptophan 20%
• Electron Transport 20%
• Mass Spectrometry 20%
• Heme Enzymes 20%

Chemistry

• Heme 100%
• Methylamine 50%
• Hydrogen Peroxide 50%
• Cofactor 33%
• Mass Spectrometry 16%
• Structure 16%
• Protective 16%
• Electron Transfer 16%
• Electron Transport 16%
• Reactive Oxygen Species 16%
• Methionine 16%
• Tryptophan 16%