Streptomyces volatile compounds influence exploration and microbial community dynamics by altering iron availability

Keyphrases

• Streptomyces 100%
• Volatile Compounds 100%
• Microbial Community Dynamics 100%
• Iron Availability 100%
• Trimethylamine 100%
• Volatile Organic Compounds 83%
• Microbes 50%
• Microbial Community 33%
• Nutrient Availability 33%
• Iron Uptake 33%
• Species Interactions 33%
• Low Iron 33%
• Siderophore Uptake 33%
• Iron Levels 33%
• Gene Expression 16%
• Metabolism 16%
• Bacterial Growth 16%
• Soil Bacteria 16%
• Saccharomyces Cerevisiae 16%
• Adept 16%
• Fungi 16%
• Soil Fungi 16%
• Community Behavior 16%
• Siderophore 16%
• Community Interactions 16%
• Mechanistic Insight 16%
• Natural Communities 16%
• Microbial Growth 16%
• Iron-depleted 16%
• Close Proximity 16%
• Iron Chelator 16%
• Environmental pH 16%
• Chemical Cues 16%
• Streptomyces Venezuelae 16%
• Amycolatopsis 16%
• Growth Interaction 16%
• Competitive Tool 16%
• Bacterial Volatile Compounds 16%
• Exploration Rate 16%

Medicine and Dentistry

• Iron 100%
• Volatile Agent 100%
• Streptomyces 100%
• Trimethylamine 60%
• Volatile Organic Compound 50%
• Siderophore 30%
• Iron Deficiency 20%
• Nutrient Availability 20%
• Gene Expression 10%
• Microbial Growth 10%
• Bacterial Growth 10%
• Iron Chelating Agent 10%
• Streptomyces Venezuelae 10%
• Amycolatopsis 10%

Immunology and Microbiology

• Streptomyces 100%
• Gene Expression 16%
• Microbial Growth 16%
• Saccharomyces cerevisiae 16%
• Soil Microflora 16%
• Streptomyces Venezuelae 16%
• Amycolatopsis 16%
• Bacterial Growth 16%