Fecal pollution is the source of most but not all waterborne pathogens. Testing methods that can distinguish human and non-human pollution are chemical, biological or immunological in nature. These methods are briefly reviewed with a focus on three biological methods - nucleic acid genotyping (e.g., ribotyping), multiple antibiotic resistance (MAR) and F+ RNA coliphage serotyping/genotyping.Presentation given by Dr. Thomas Atherholt, Division of Science, Research and Technology, NJ DEP, at the NJ Center for Environmental Indicators (CEI) Annual Meeting at Rutgers University
Assessment of health risk associated with fecal pollution requires a reliable fecal indicator and a ...
Biology professor Dr. Clifford F. Brunk at UCLA, and colleagues isolated DNA from bacteria in water ...
Microbiological source tracking (MST) methods are increasingly being used to identify fecal contamin...
Water pollution is an inevitable consequence of urbanisation and industrialisation. Population incre...
The use of fecal indicator bacteria, such as Escherichia coli, is a widely established regulatory an...
Bodies of water, particularly those used for drinking or recreation, are monitored for many differen...
From April to June 2001, a monitoring study at Oostende (Belgium) was conducted to obtain an insight...
Water pollution by faecal contamination is a serious problem due to the potential for contracting di...
Library-dependent (LD) (biochemical fingerprinting of Escherichia coli and enterococci) and library-...
thesisFecal contaminated waterbodies are detrimental to human and animal health. Therefore, a set of...
Molecular methods are useful for both to monitor anthropogenic viral, bacterial, and protozoan enter...
Fecal pollution of water systems can exact high risks to human health and can result in significant ...
International audienceThe microbiological quality of coastal or river waters can be affected by faec...
Several microbes and chemicals have been considered as potential tracers to identify fecal sources i...
Water quality worldwide is assessed by enumeration of fecal indicator bacteria (FIB) (fecal coliform...
Assessment of health risk associated with fecal pollution requires a reliable fecal indicator and a ...
Biology professor Dr. Clifford F. Brunk at UCLA, and colleagues isolated DNA from bacteria in water ...
Microbiological source tracking (MST) methods are increasingly being used to identify fecal contamin...
Water pollution is an inevitable consequence of urbanisation and industrialisation. Population incre...
The use of fecal indicator bacteria, such as Escherichia coli, is a widely established regulatory an...
Bodies of water, particularly those used for drinking or recreation, are monitored for many differen...
From April to June 2001, a monitoring study at Oostende (Belgium) was conducted to obtain an insight...
Water pollution by faecal contamination is a serious problem due to the potential for contracting di...
Library-dependent (LD) (biochemical fingerprinting of Escherichia coli and enterococci) and library-...
thesisFecal contaminated waterbodies are detrimental to human and animal health. Therefore, a set of...
Molecular methods are useful for both to monitor anthropogenic viral, bacterial, and protozoan enter...
Fecal pollution of water systems can exact high risks to human health and can result in significant ...
International audienceThe microbiological quality of coastal or river waters can be affected by faec...
Several microbes and chemicals have been considered as potential tracers to identify fecal sources i...
Water quality worldwide is assessed by enumeration of fecal indicator bacteria (FIB) (fecal coliform...
Assessment of health risk associated with fecal pollution requires a reliable fecal indicator and a ...
Biology professor Dr. Clifford F. Brunk at UCLA, and colleagues isolated DNA from bacteria in water ...
Microbiological source tracking (MST) methods are increasingly being used to identify fecal contamin...