Metaproteomics and metabolomics analyses of chronically petroleum-polluted sites reveal the importance of general anaerobic processes uncoupled with degradation

Keyphrases

• Anaerobic Process 100%
• Metaproteomic Analysis 100%
• Genome Analysis 100%
• Polluted Site 100%
• Petroleum 100%
• Crude Oil 100%
• Metabolomics Approach 50%
• Proteome 50%
• Shipwreck 50%
• Anaerobic Metabolism 50%
• Microbial Metabolism 50%
• Proteomic Analysis 50%
• Marine Site 50%
• Marine Environment 50%
• Italy 50%
• Metabolomics 50%
• Sulfate Reducers 50%
• Polluted Area 50%
• Metabolic Potential 50%
• Microaerophilic 50%
• Messina 50%
• Natural Assets 50%
• Metabolic Heterogeneity 50%
• Community Metabolomics 50%
• Microbial Population 50%
• Metabolic Coupling 50%
• Metatranscriptomics 50%
• Chronic Pollution 50%
• Biodegradation 50%
• Methylotrophs 50%
• Refinery 50%
• Humankind 50%
• Petroleum Biodegradation 50%
• Gunshot 50%
• Oil Terminal 50%
• Microbial Protein 50%
• Environmental Pollutants 50%
• Genoa 50%
• Mediterranean Sea 50%
• Polluted Sediments 50%

Biochemistry, Genetics and Molecular Biology

• Metabolomics 100%
• Biodegradation 100%
• Microbial Metabolism 50%
• Anaerobic Metabolism 50%
• Proteome 50%
• Sulfate Reducer 50%
• Proteome Analysis 50%
• Metabolome 50%
• Metabolite 50%
• Prevalence 50%
• Methylotroph 50%