Functional analysis of genes involved in biphenyl, naphthalenes, phenanthrene, and m-xylene degradation by Sphingomonas yanoikuyae b1

Medicine and Dentistry

• Gene 100%
• Dioxygenase 57%
• Naphthalene 42%
• Xylene 42%
• Growth 42%
• Operon 42%
• Metabolism 28%
• Biphenyl 28%
• Phenanthrene 28%
• Sphingomonas 28%
• Oxygenase 28%
• Aromatic Compound 28%
• Ferredoxin 28%
• Biological Product 14%
• Carbon 14%
• Electron Transport 14%
• Toluene 14%
• Aromatic Hydrocarbon 14%
• Anthracene 14%
• Analysis 14%

Chemistry

• Dioxygenases 57%
• Polar Effect 57%
• Naphthalene 42%
• Xylene 42%
• Degradation 42%
• Aromatic Compound 28%
• Phenanthrene 28%
• Metabolic 28%
• Oxygenase 28%
• Cleavage 28%
• Biphenyl 28%
• Pharmacological Metabolism 14%
• Electron Transfer 14%
• Arene 14%
• Toluene 14%
• Anthracene 14%
• Deoxyribonucleic Acid 14%
• Monocyclic Compound 14%
• Biological Role 14%
• Toluate 14%
• Analytical Method 14%
• Energy 14%
• Block Like Crystal 14%
• Carbon 14%
• Polycyclic Aromatic Hydrocarbons 14%

Biochemistry, Genetics and Molecular Biology

• Nested Gene 100%
• Dioxygenase 57%
• Degradation 42%
• Operon 42%
• Growth 42%
• Metabolic Pathway 28%
• Ferredoxin 28%
• Sphingomonas 28%
• Experiment 28%
• Electron Transport 14%
• Toluene 14%
• Energy 14%
• DNA 14%
• Coding 14%