Microbial co-occurrence patterns in deep Precambrian bedrock fracture fluids

Keyphrases

• Microbial Community 100%
• Fracturing Fluid 100%
• Bedrock Fractures 100%
• Microbial Co-occurrence Patterns 100%
• Operational Taxonomic Units 66%
• Outokumpu 50%
• Bacterial Community 33%
• Fracture Zone 33%
• Crystalline Bedrock 33%
• Energy Sources 33%
• Archaeal Community 33%
• Carbon Assimilation 33%
• Fatty Acids 16%
• Groundwater 16%
• Gene Coding 16%
• Clostridiales 16%
• Sulfate Reducers 16%
• High-throughput Amplicon Sequencing 16%
• Bacterial Metagenome 16%
• Methanogens 16%
• Organic Carbon 16%
• Relative Abundance 16%
• Community Belonging 16%
• Ophiolitic Rocks 16%
• Enriched Environment 16%
• Assimilation Process 16%
• Community Composition 16%
• Amplicon Metagenomics 16%
• Core Community 16%
• Amino Sugar Metabolism 16%
• Carbon Compounds 16%
• Unit Form 16%
• Hydrogen Enriched 16%
• Methanobacteriaceae 16%
• Heterotrophic 16%
• Autotrophic 16%
• Burkholderiales 16%
• Carbon Fixation Pathway 16%
• Serpentinization 16%
• Predicted Metagenome 16%
• Network Analysis 16%
• Comamonadaceae 16%
• Metagenome Prediction 16%
• Pseudomonadaceae 16%

INIS

• communities 100%
• fluids 100%
• fractures 100%
• units 40%
• carbon 30%
• environment 20%
• zones 20%
• assimilation 20%
• enzymes 10%
• energy 10%
• genes 10%
• fatty acids 10%
• hydrogen 10%
• prediction 10%
• sulfates 10%
• depth 10%
• ground water 10%
• metabolism 10%
• rocks 10%
• energy sources 10%
• abundance 10%
• amino sugars 10%
• network analysis 10%
• carbon compounds 10%

Immunology and Microbiology

• Carbon Fixation 100%
• Metagenome 66%
• Methanogen 33%
• Metagenomics 33%
• Amplicon Sequencing 33%
• Sulfate Reducer 33%
• Burkholderiales 33%
• Pseudomonadaceae 33%
• Methanobacteriaceae 33%
• Comamonadaceae 33%
• Clostridiales 33%