Metabolic Phenotyping of Marine Heterotrophs on Refactored Media Reveals Diverse Metabolic Adaptations and Lifestyle Strategies

Keyphrases

• Metabolic 100%
• Carbon Source 100%
• Adaptation Strategies 100%
• Heterotrophic Bacteria 100%
• Heterotrophs 100%
• Metabolic Adaptation 100%
• Metabotype 100%
• Lifestyle Strategies 100%
• Metabolism 75%
• Phytoplankton 50%
• Metabolic Flexibility 50%
• Black Box 25%
• Valuable Resources 25%
• Microbial Community 25%
• Marine Environment 25%
• Microbial Activity 25%
• Phylogeny 25%
• Biogeochemical Cycles 25%
• Specific Genes 25%
• Ecosystem Processes 25%
• Gene Content 25%
• Surface Ocean 25%
• Microorganisms 25%
• Nutritional Needs 25%
• Carbon Cycling 25%
• Species Interactions 25%
• Biofilm Formation 25%
• Metabolic Activity 25%
• Metabolic Pathway 25%
• Quantitative Modeling 25%
• Dissolved Organic Carbon 25%
• Quantitative Model 25%
• Complex Communities 25%
• Genomic Features 25%
• Class Level 25%
• Modeling Effort 25%
• Synthetic Media 25%
• Gross Primary Production 25%
• Marine Biomass 25%
• Conserved Patterns 25%
• Ecological Lifestyle 25%
• Enriched Pathways 25%
• Glyoxylate Metabolism 25%
• Metabolic Heterogeneity 25%
• Phylogenetic Distance 25%
• Trend Growth 25%
• Carbon Source Utilization 25%
• Organic Matter Transformation 25%
• Phylogenetic Pattern 25%
• Organic Matter Type 25%
• Growth Profile 25%
• Activity Cycle 25%

Immunology and Microbiology

• Heterotroph 100%
• Phenotype 100%
• Phytoplankton 66%
• Phylogeny 66%
• Cladistics 66%
• Finger Dermatoglyphics 66%
• Microorganism 33%
• Surface Property 33%
• Carbon Cycling 33%
• Biofilm 33%
• Microbial Activity 33%
• Metabolism 33%