On-site filtrationof large sample volumes improves the detection of opportunistic pathogens in drinking water distribution systems

Keyphrases

• Drinking Water Distribution System 100%
• Opportunistic Pathogens 100%
• Large Sample Volumes 100%
• Ultrafiltration Modules 100%
• Quantitative PCR 60%
• Tap Water Sample 60%
• Disc Filter 60%
• Mycobacterium 40%
• Potable Water 40%
• Legionella 40%
• Raw Water 40%
• Finished Water 40%
• Bacterial Biomass 40%
• Taxonomic Diversity 20%
• Disinfection 20%
• Mycobacterium Avium Complex 20%
• Public Drinking Water 20%
• Tap Water 20%
• Large Volume 20%
• Diversity Index 20%
• Chloramine 20%
• Free Chlorine 20%
• Operational Taxonomic Units 20%
• Microbial Community Analysis 20%
• Total Bacterial Count 20%
• Disk Membrane 20%
• Unit Index 20%
• Legionella Pneumophila 20%
• Propidium Monoazide 20%

Agricultural and Biological Sciences

• Water Distribution 100%
• Drinking Water 100%
• Ultrafiltration 100%
• Tap Water 80%
• Real-Time Polymerase Chain Reaction 60%
• Mycobacteria 40%
• Legionella 40%
• Propidium Monoazide 20%
• Microbial Community 20%
• Disinfection 20%
• Mycobacterium Avium Complex 20%
• Legionella pneumophila 20%

Chemical Engineering

• Ultrafiltration 100%
• Drinking Water Distribution System 100%
• Potable Water 80%