Detection of phosphonoacetate degradation and phnA genes in soil bacteria from distinct geographical origins suggest its possible biogenic origin

Medicine & Life Sciences

• Phosphonoacetic Acid 100%
• Soil 65%
• phosphonoacetate hydrolase 44%
• Bacteria 41%
• Organophosphonates 29%
• Genes 24%
• Pseudomonas 22%
• Phosphates 17%
• Pseudomonas fluorescens 14%
• Regulon 13%
• DNA 11%
• Xenobiotics 11%
• Enzymes 10%
• Cell Extracts 10%
• Phosphorus 10%
• Carbon 9%
• Sequence Analysis 9%
• Antiviral Agents 8%
• Stem Cells 7%
• Observation 7%
• Polymerase Chain Reaction 5%

Agriculture & Biology

• soil bacteria 67%
• degradation 36%
• phosphonates 33%
• soil 24%
• hydrolases 23%
• Pseudomonas 22%
• genes 21%
• phosphates 16%
• regulon 14%
• metabolism 14%
• edaphic factors 13%
• bacteria 13%
• Pseudomonas fluorescens 13%
• extracts 12%
• xenobiotics 12%
• DNA 12%
• mineralization 11%
• soil sampling 10%
• polymerase chain reaction 9%
• sequence analysis 8%
• phosphorus 8%
• amino acid sequences 8%
• enzyme activity 7%
• carbon 7%
• cells 7%
• energy 7%
• methodology 6%
• enzymes 5%

Earth & Environmental Sciences

• gene 46%
• degradation 39%
• bacterium 38%
• detection 35%
• soil 25%
• metabolism 17%
• DNA 16%
• phosphate 15%
• cell 12%
• xenobiotics 11%
• polymerase chain reaction 11%
• enzyme activity 10%
• energy source 9%
• amplification 9%
• enzyme 8%
• mineralization 7%
• phosphorus 7%
• protein 7%
• carbon 5%