The role of the flavodiiron proteins in microbial nitric oxide detoxification

Keyphrases

• A-type 50%
• Archaebacteria 50%
• Diiron 50%
• Enzymatic Properties 50%
• Enzyme Family 50%
• Facultative Anaerobic 50%
• Flavodiiron Proteins 100%
• Flavodoxin 50%
• Flavoprotein 50%
• Genetic Approach 50%
• Homologous Enzymes 50%
• Metallo-β-lactamase 50%
• Microbial Resistance 50%
• Molecular Genetics 50%
• N-terminal Region 50%
• Nitric Oxide 50%
• Nitric Oxide Detoxification 100%
• Nitric Oxide Reductase 50%
• Non-heme 50%
• Novel Family 50%
• Phylogenetic Analysis 50%
• Prokaryotes 50%
• Protozoa 50%
• Reductase Activity 50%
• Two-component Domains 50%

Immunology and Microbiology

• Amino Terminal Sequence 100%
• Antibiotic Resistance 100%
• Archaeon 100%
• Finger Dermatoglyphics 100%
• Heme 100%
• Prokaryote 100%
• Protozoa 100%

Biochemistry, Genetics and Molecular Biology

• Antibiotic Resistance 20%
• Archaeon 20%
• Enzyme 100%
• Flavodoxin 20%
• Flavoprotein 20%
• Genetic Approach 20%
• Molecular Genetics 20%
• N-Terminus 20%
• Nitric Oxide 100%
• Nitric-Oxide Reductase 20%
• Prokaryote 20%
• Protozoan 20%