Pumping iron: A multi-omics analysis of two extremophilic algae reveals iron economy management

Keyphrases

• Iron Uptake 100%
• Multi-omics Analysis 100%
• Extremophilic Alga 100%
• Marine Algae 66%
• Hypersaline Environments 33%
• Photosynthesis 33%
• Photosynthetic Organisms 33%
• Dunaliella 33%
• Transferrin 33%
• Transcriptome 33%
• Proteomic Analysis 33%
• Siderophore 33%
• Iron Deficiency 33%
• Photosynthetic Apparatus 33%
• Dunaliella Salina 33%
• Primary Productivity 33%
• Uptake Pathway 33%
• Extremophiles 33%
• Chlorophyll-binding Proteins 33%
• Ferredoxin 33%
• Iron Requirement 33%
• Carbon Sink 33%
• Flavodoxin 33%
• Low Iron 33%
• Iron Scavenging 33%
• Dunaliella Tertiolecta 33%
• High-quality Genome Assembly 33%
• Antenna Protein 33%
• Bardawil 33%

Biochemistry, Genetics and Molecular Biology

• Iron Deficiency 100%
• Transport Protein 100%
• Marine Alga 100%
• Multi-Omics Analysis 100%
• Photosystem 50%
• Binding Protein 50%
• Ferredoxin 50%
• Transferrin 50%
• Dunaliella 50%
• Dunaliella Salina 50%
• Extremophile 50%
• Flavodoxin 50%
• Dunaliella tertiolecta 50%
• Siderophore 50%
• Carbon Sink 50%
• Chlorophyll 50%
• Proteomics 50%
• Transcriptome 50%
• Multi-Omics 50%

Immunology and Microbiology

• Multi-Omics 100%
• Marine Alga 100%
• Protein Transport 100%
• Photosynthesis 50%
• Dunaliella 50%
• Protein Binding 50%
• Transcriptome 50%
• Extremophile 50%
• Dunaliella Salina 50%
• Dunaliella tertiolecta 50%
• Proteomics 50%