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EPA Demonstrates Faster Water Quality Test to Protect Beach Goers; Strives to Equip Beach Managers with Same Day Results

Release Date: 07/26/2007
Contact Information: Elias Rodriguez (212) 637-3664, [email protected]

(Edison, N.J.) The U.S. Environmental Protection Agency (EPA) came one step closer to providing beach managers and local health officials with a water quality test that yields results in as little as three hours, a significant improvement over the current 24 hour method. Using water samples collected by the Monmouth and Ocean County Health Departments in New Jersey this summer, and partnering with the New Jersey Department of Environmental Protection, EPA scientists are conducting special side-by-side comparisons of the two different tests used to detect disease causing bacteria. Results of the 10-week pilot project will be published and shared with beach communities in New Jersey and New York to help refine the testing protocols and determine their effectiveness and usefulness as tools to monitor beach water quality for use by local and state authorities.

“Quicker tests will allow beach managers to make dramatically faster decisions about the safety of beach waters,” said Alan J. Steinberg, EPA Regional Administrator. “Today’s demonstration is a great example of how EPA is investing in sound science and new technology to protect public health and our coastal waters. We are delighted about the possibility that these faster, same day results will help reduce the chance that beach goers will be exposed to waterborne illnesses. This collaborative effort with our state and county environmental partners at the initial stages of testing will bolster development of this new technology for protection of the public health of our beaches and bays.”

"Each summer, beach goers flock to the Jersey Shore expecting the water to be clean and safe," New Jersey DEP Commissioner Lisa P. Jackson said. "Our Cooperative Coastal Monitoring Program - a combined state, federal and local water quality monitoring network - is already recognized as one of the best in the nation. Same-day monitoring has the potential to make the system even more protective of public health."

A major part of the Beaches Environmental Assessment and Coastal Health Act requires EPA to conduct research to improve how the nation protects recreational waters. The sensitivity and accuracy of the new test method will be examined and compared with results obtained from traditional methods. By producing results in as little as three hours, the new method, quantitative Polymerase Chain Reaction (qPCR), will present public health officials with same day data to make decisions on public use of marine swimming and recreational areas.

EPA has been increasingly concerned with the public health risks of infectious diseases caused by microbial organisms in our nation's beaches. This procedure detects and counts Enterococci bacteria in water. Enterococci are commonly found in the intestinal tract of humans and other warm-blooded animals. Enterococci themselves can cause susceptible individuals to become ill, but they also serve as a good indicator of the presence of other more harmful fecal related bacteria which can adversely affect humans.

Quantitative Polymerase Chain Reaction is used to determine if a specific organism is present in a water sample. Using a device known as a thermal light cycler, this advanced scientific method is used to rapidly measure the quantity of Deoxyribonucleic acid (DNA) present in a given sample that is unique to the organism being detected and to “copy” a cell’s DNA. During the process, the device ramps up and reduces temperatures very quickly to replicate DNA. After collecting, filtering, extracting and analyzing the samples, environmental scientists will be able to draw conclusions about the presence of a target organism and how it may affect public health. EPA believes the application of this technology will reduce disease risks and the associated costs of illness.

For more information on EPA’s coastal water activities, visit: https://www.epa.gov/region02/water/oceans

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