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NEW TEST TO DETECT AQUATIC PESTS
"What we have is a probe acting as a magnet to detect a needle in a haystack," says Dr Jawahar Patil, who designed the technique which has been successfully tested in Australia. The new DNA probe involves seawater sample extraction of DNA, and amplification of a target specific "DNA signature or fingerprint" to identify the presence of pest species in water. This means that aquatic pests in ballast water can now be confirmed without costly screening and can be uniquely identified at the larval and juvenile stages, a process welcomed by shipowners. "The test is a world-first in this field of research that we would not have dreamed possible a decade ago," said Teresa Hatch, Manager of Operations, Ship Safety at the Australian Shipowners Association. "It will save the shipping industry money in the long-run and give Australia's coastal environment a new level of protection," said Ms Hatch. A senior marine ecologist at CSIRO, Dr Nic Bax, said the technique provided another level of understanding of the risks of marine invasions as well as greater protection against species which posed a risk to human health or could alter the balance of nature in the marine environment. The species-specific probes have been developed for three high-priority species in Australia's south-east: The Northern Pacific seastar (Asterias amurensis) Development of the probes has been undertaken in partnership with shipping and port industries and the Australian Quarantine and Inspection Service. It has been funded by the Commonwealth Government's Natural Heritage Trust and the Victorian Government as part of the Port of Hastings National trial of ballast water management.
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