The potential for bacteria from carbon-limited deep terrestrial environments to participate in chlorine cycling

Keyphrases

• Reductive Dehalogenase Genes 100%
• Chlorine 100%
• Terrestrial Environment 100%
• Dechlorination 80%
• Soudan 60%
• Iron Mine 60%
• Hydrolytic Dehalogenases 60%
• Dehalogenation 40%
• Marinobacter 40%
• Chloroacetate 40%
• Mine Site 40%
• Minnesota 20%
• South Dakota 20%
• Stable Isotopes 20%
• Competitive Advantage 20%
• Carbon Supply 20%
• Active Processes 20%
• Haloalkane Dehalogenase 20%
• Hydrolytic 20%
• Confocal Raman Microscopy 20%
• Taxonomic Analysis 20%
• Chlorinated Organic Compounds 20%
• Reductive Pathway 20%
• Metagenome 20%
• Sanford Underground Research Facility 20%
• Deep Aquifer 20%
• Western Siberia 20%
• Reductive Dehalogenase 20%
• Low-carbon Environment 20%
• Hydrolytic Pathway 20%
• Hydrolytic Dehalogenation 20%
• Chloride Release 20%
• Isotope Experiments 20%
• Deep Terrestrial Subsurface 20%

Immunology and Microbiology

• Dechlorination 100%
• Dehalogenation 75%
• Marinobacter 50%
• Prevalence 25%
• Metagenome 25%