Keywords of "The heme-copper oxidases of Thermus thermophilus catalyze the reduction of nitric oxide: Evolutionary implications"
- Label
- Keywords of "The heme-copper oxidases of Thermus thermophilus catalyze the reduction of nitric oxide: Evolutionary implications" (literal)
- Parole chiave di "The heme-copper oxidases of Thermus thermophilus catalyze the reduction of nitric oxide: Evolutionary implications" (literal)
- Insieme di parole chiave di
- Ha membro
- nitric oxide (Parola chiave)
- Pseudomonas (Parola chiave)
- article (Parola chiave)
- respiratory chain (Parola chiave)
- nonhuman (Parola chiave)
- Pseudomonas stutzeri (Parola chiave)
- enzyme activity (Parola chiave)
- evolution (Parola chiave)
- Oxidation-Reduction (Parola chiave)
- Thermus thermophilus (Parola chiave)
- enzyme denaturation (Parola chiave)
- oxidoreductase (Parola chiave)
- receptor affinity (Parola chiave)
- Bacteria (microorganisms) (Parola chiave)
- enzyme regulation (Parola chiave)
- Oxidoreductases (Parola chiave)
- Cytochrome b Group (Parola chiave)
- Nitric Oxide (Parola chiave)
- priority journal (Parola chiave)
- Electron Transport Complex IV (Parola chiave)
- Evolution (Parola chiave)
- stoichiometry (Parola chiave)
- catalysis (Parola chiave)
- Oxygen Consumption (Parola chiave)
- Metalloproteins (Parola chiave)
- aerobic metabolism (Parola chiave)
- denitrification (Parola chiave)
- Hemeproteins (Parola chiave)
- Prokaryota (Parola chiave)
- Molecular (Parola chiave)
- Eukaryota (Parola chiave)
- Copper (Parola chiave)
- multigene family (Parola chiave)
Incoming links:
- Insieme di parole chiave
- Membro di
- denitrification (Parola chiave)
- Pseudomonas stutzeri (Parola chiave)
- enzyme activity (Parola chiave)
- Oxidation-Reduction (Parola chiave)
- enzyme denaturation (Parola chiave)
- oxidoreductase (Parola chiave)
- Bacteria (microorganisms) (Parola chiave)
- Oxidoreductases (Parola chiave)
- nitric oxide (Parola chiave)
- Pseudomonas (Parola chiave)
- article (Parola chiave)
- Nitric Oxide (Parola chiave)
- priority journal (Parola chiave)
- catalysis (Parola chiave)
- Copper (Parola chiave)
- nonhuman (Parola chiave)
- evolution (Parola chiave)
- Electron Transport Complex IV (Parola chiave)
- Evolution (Parola chiave)
- Thermus thermophilus (Parola chiave)
- Molecular (Parola chiave)
- stoichiometry (Parola chiave)
- Prokaryota (Parola chiave)
- enzyme regulation (Parola chiave)
- multigene family (Parola chiave)
- respiratory chain (Parola chiave)
- Oxygen Consumption (Parola chiave)
- Eukaryota (Parola chiave)
- receptor affinity (Parola chiave)
- Cytochrome b Group (Parola chiave)
- aerobic metabolism (Parola chiave)
- Hemeproteins (Parola chiave)
- Metalloproteins (Parola chiave)
