Chemostat selection of a bacterial community able to degrade s-triazinic compounds: Continuous simazine biodegradation in a multi-stage packed bed biofilm reactor

Engineering & Materials Science

• Chemostats 88%
• Herbicides 83%
• Biodegradation 73%
• Biofilms 70%
• Packed beds 63%
• Dilution 19%
• Minerals 17%
• Salts 16%
• Electrophoresis 11%
• Microorganisms 10%
• Gels 9%
• DNA 9%
• Thermal gradients 8%
• Amplification 8%
• Proteins 8%
• Acids 7%

Medicine & Life Sciences

• Simazine 100%
• Biofilms 51%
• Herbicides 34%
• Ribosomal DNA 18%
• Minerals 10%
• Ochrobactrum 9%
• cyanuric acid 9%
• Cellulomonas 9%
• Salts 9%
• Arthrobacter 8%
• Atrazine 8%
• Triazines 8%
• Rhizobium 8%
• Bacterial DNA 6%
• Nucleic Acid Databases 6%
• Pseudomonas 5%
• Mycobacterium 5%
• Microbiota 5%
• Electrophoresis 5%
• Gels 4%
• Hot Temperature 4%
• Cell Count 3%
• Polymerase Chain Reaction 3%
• Proteins 1%

Chemistry

• Chemostats 82%
• Simazine 76%
• Biodegradation 55%
• Herbicide 27%
• diamino-1,3,5-triazine 10%
• Dilution 8%
• Mineral 8%
• Cyanuric Acid 7%
• Adjuvant 6%
• Atrazine 6%
• Gel Electrophoresis 5%
• Strain 3%
• Porosity 3%
• Purity 2%
• Protein 2%
• Time 1%