Epilithic microbial community functionality in deep oligotrophic continental bedrock

Keyphrases

• Microbial Community 100%
• Deep Subsurface 100%
• Rock Surface 100%
• Mica Schist 100%
• Epilithic 100%
• Community Functionalities 100%
• Biofilm 66%
• Subsurface Microbial Communities 66%
• Finland 33%
• Scanning Electron Microscopy 33%
• Bacterial Community 33%
• Microcosm 33%
• Incubation 33%
• Crystalline Bedrock 33%
• Carbon Source 33%
• Bedrock Groundwater 33%
• Microbial Cells 33%
• Amplicon Sequencing 33%
• Outokumpu 33%
• Biofilm Formation 33%
• Pseudomonas 33%
• Cellular Structure 33%
• Cell Morphology 33%
• Brevundimonas 33%
• Terrestrial Biosphere 33%
• Adaptivity 33%
• Identified Genes 33%
• Cell Attachment 33%
• Vesicular Structure 33%
• Metagenome 33%
• Desulfosporosinus 33%
• Metabolic Traits 33%
• Planktic 33%
• Oligotrophic Environment 33%
• Attachment Strategies 33%
• Selenate Reduction 33%
• Outer Membrane Vesicles 33%
• Multiple Energy Sources 33%
• Tubular Cells 33%
• Hydrogenophaga 33%
• Metagenome-assembled Genomes 33%
• Carbon Capacity 33%
• Organic Carbon Oxidation 33%
• Arsenate Reduction 33%

INIS

• communities 100%
• surfaces 71%
• rocks 42%
• schists 42%
• mica 42%
• interactions 28%
• environment 28%
• finland 14%
• morphology 14%
• carbon 14%
• genes 14%
• scanning electron microscopy 14%
• reduction 14%
• oxidation 14%
• membranes 14%
• bacteria 14%
• capacity 14%
• depth 14%
• ground water 14%
• carbon sources 14%
• incubation 14%
• microcosms 14%
• host 14%
• pseudomonas 14%
• biosphere 14%
• energy sources 14%
• arsenates 14%
• selenates 14%

Immunology and Microbiology

• Biofilm 100%
• Metagenome 66%
• Scanning Electron Microscopy 33%
• Pseudomonas 33%
• Amplicon Sequencing 33%
• Outer Membrane 33%
• Cell Structure 33%
• Brevundimonas 33%
• Membrane Vesicle 33%