Genetic redundancy in iron and manganese transport in the metabolically versatile bacterium rhodopseudomonas palustris TIE-1

Keyphrases

• Iron Transport 100%
• Anoxic Conditions 100%
• Rhodopseudomonas Palustris TIE-1 100%
• Manganese Transport 100%
• Fe(II) 100%
• Oxic Condition 100%
• Genetic Redundancy 100%
• Transport System 66%
• Manganese 66%
• Ferrous Iron 66%
• Fe Transporters 66%
• Gene Expression Analysis 33%
• Overexpressing 33%
• Non-noble Metal 33%
• Operon 33%
• Biomolecules 33%
• Manganese Concentration 33%
• Growth Conditions 33%
• Oxygen Availability 33%
• Intracellular Concentration 33%
• Transporter Genes 33%
• Chemical Properties 33%
• Relative Gene Expression 33%
• Manganese Uptake 33%
• Iron Transporter 33%
• Fe Concentration 33%
• Bioplastics 33%
• Purple Non-sulfur Bacteria 33%
• Fe Uptake 33%
• Fe Availability 33%
• Fe Transport 33%
• Manganese Deficiency 33%
• Fe Depletion 33%
• Biobutanol 33%
• Useful Biochemicals 33%

Biochemistry, Genetics and Molecular Biology

• Rhodopseudomonas palustris 100%
• Genetic Redundancy 100%
• Gene Expression Profiling 50%
• Promoter Region 50%
• Operon 50%
• Iron Transport 50%
• Transporter Genes 50%
• Rhodospirillaceae 50%

Immunology and Microbiology

• Rhodopseudomonas palustris 100%
• Promoter Region 50%
• Operon 50%
• Iron Transport 50%
• Rhodospirillaceae 50%
• Gene Expression Assay 50%