Survival strategies of aerobic methanotrophs under hypoxia in methanogenic lake sediments

Keyphrases

• Hypoxia 100%
• Survival Strategies 100%
• Methanotrophs 100%
• Lake Sediments 100%
• Aerobic Methanotrophs 100%
• Lake Kinneret 50%
• Aerobic 20%
• Methane Oxidation 20%
• Hypoxic Condition 20%
• Methylomonas 20%
• Microbial Methane Oxidation 20%
• Adaptation 10%
• Potential Contribution 10%
• Resilience 10%
• Environmental Conditions 10%
• Genomic Analysis 10%
• Methane 10%
• High Affinity 10%
• Comparative Analysis 10%
• Genetic Basis 10%
• Aquatic Systems 10%
• Genetic Adaptation 10%
• Glycogen 10%
• Ecological Niche 10%
• 16S rRNA Amplicon 10%
• Motility 10%
• Outer Membrane 10%
• Inoculum 10%
• Metagenome-assembled Genomes 10%
• Electron Acceptor 10%
• Metagenomic Next-generation Sequencing (mNGS) 10%
• Greenhouse Gas 10%
• Methanotrophy 10%
• Methane Emission 10%
• Adaptation to Hypoxia 10%
• Humic Substances 10%
• Iron Reduction 10%
• Aerobic Methanotrophy 10%
• Humic Material 10%
• Ecological Setting 10%
• Hypoxic Environment 10%
• Sulfidic 10%
• Metal Material 10%
• Cytochrome Oxidase 10%
• Ambient Air 10%
• Riboflavin 10%
• Multiheme Cytochromes 10%
• Oxygen Binding 10%
• DNA-stable Isotope Probing 10%
• Oxygen-rich Environment 10%
• Protein Fermentation 10%
• Methylobacter 10%
• Alternative Electron Acceptor 10%

Immunology and Microbiology

• Methanotroph 100%
• Methylococcales 63%
• Methylomonas 18%
• Metagenome 9%
• RNA Gene 9%
• Mediator 9%
• Evolutionary Adaptation 9%
• Amplicon 9%
• Outer Membrane 9%
• Metagenomics 9%
• Inoculum 9%
• Protein Binding 9%
• Stable-Isotope Probing 9%
• Heme 9%
• Cytochrome 9%
• Cytochrome C Oxidase 9%