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PROJECT NUMBER • 2017-193
PROJECT STATUS:
COMPLETED

Building biosecurity capability across the wild harvest fisheries

This report addresses an information and education need amongst the wild catch commercial fishing sector regarding biosecurity preparedness. In doing so, the project has led to the production of three information/education videos. The first and second videos focussed on the importance of biosecurity...
ORGANISATION:
Queensland Seafood Industry Association (QSIA)

Assessment of Frozen Uncooked Imported Prawns for Antimicrobial-Resistant Micro-organisms of Aquaculture and Public Health Significance and residues of Ag-vet chemicals

Project number: 2017-091
Project Status:
Completed
Budget expenditure: $95,820.00
Principal Investigator: Matthew A. Landos
Organisation: Future Fisheries Veterinary Service Pty Ltd (FFVS)
Project start/end date: 16 Jul 2017 - 12 Oct 2017
Contact:
FRDC

Need

The risk of importation of AMR into Australia via uncooked prawn commodities has not been assessed.
Given the existing pathway of dissemination of prawn commodities into waterways via disposal (berley)/use (bait) the release and establishment of AMR microbes could impact on prawn hatchery performance, where juvenile stages are particularly sensitive to bacterial diseases such as Vibriosis. Should AMR enter hatcheries via the use of wild broodstock, water or aerosol pathways it could contribute to great challenges in maintaining reliable hatchery production for the entire prawn farming sector, for it could render the currently available antimicrobials useless.
There is growing concern about the emergence of antimicrobial resistance in humans, and the pathways for its entry and establishment.
The trade of importing uncooked prawns for human consumption was temporarily suspended from early January to early July 2017 after the WSSV outbreaks on the Logan River in Queensland and import compliance breaches were identified. With this trade re-opening the pathway for potential entry of AMR on live bacteria warrants assessment.

A further pathway for generating enhanced risk of antimicrobial resistance is through allowing human consumption of commodities with sub-therapeutic levels of antibiotic and agricultural chemical residue.The Australian Prawn Farmers Association (APFA) are seeking to better understand the presence or absence of a range of chemical residues in imported prawn products. Insufficient data has been collected as part of the National Residue Survey to give industry confidence that the imported products do not pose a potential health risk to consumers, and hence do not pose a risk to the marketing and sales of prawns generally. Data is needed to inform the submission from the APFA to the review of the Commonwealth Import Risk Assessment of uncooked crustacean and Australia's food safety regulator (FSANZ).

Objectives

1. Define the identity of bacteria and their status with respect to phenotypic and genotypic antimicrobial resistance associated with imported frozen uncooked prawn commodities
2. Quantify the type and level of antibiotic and agricultural chemical residue in a range of imported prawn commodities purchased at Australian retail outlets
3. Discuss the implications of studies findings in respect of biosecurity controls and how they can contribute to protection of the productivity of the prawn farming industry and protection of human health

Report

ISBN: 978-1-64316-657-5
Author: Matt Landos
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)

Project products

Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)
Report • 2018-02-01 • 722.42 KB
2017-091-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in prawn farms along the Logan River, Southern Queensland in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland. These retail prawn samples were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project (2017-091) utilised residual sample material which had been held at -20oC at Future Fisheries Veterinary Service, East Ballina NSW, since collection during December 2016 and January 2017. Residual samples which were labelled as imported product either by signage at the retail outlet, or on product packaging were tested for:
1) Presence of bacteria that were of significance to aquaculture and public health (tested at the University of Adelaide)
2) Presence of resistance to a range of antimicrobials (tested at the University of Adelaide)
3) Presence of a suite of antimicrobials and other Ag-vet chemicals (tested at Queensland Government Chemical Residue Laboratory)

Testing retail commodities for the presence of Taura Syndrome Virus and Yellow head Virus I

Project number: 2017-088
Project Status:
Completed
Budget expenditure: $14,100.00
Principal Investigator: Matthew A. Landos
Organisation: Future Fisheries Veterinary Service Pty Ltd (FFVS)
Project start/end date: 2 Jul 2017 - 30 Aug 2017
Contact:
FRDC

Need

The Australian prawn farming industry has been fortunate to remain free from many of the serious viral diseases which have decimated prawn farms internationally. It had been free from WSSV until it hit the Logan River farms in late 2016.
Pathways for movement of disease have been described through the movement of commodities destined for human consumption, such as uncooked prawns. Diversion of such commodities through use as bait or berley by anglers has the potential to generate a release pathway that could see these disease enter prawn farms via their intake of water, or through use of wild broodstock who may develop sub-clinical infections. Recent surveys have suggested that recreational angler use of supermarket origin uncooked prawns for bait has increased, even though such commodities are labelled that they are intended for human consumption only, and are specifically not to be used for bait.
Knowledge of the risks associated with uncooked prawn importations will assist the industry in contributing to the review of the Import Risk Assessment of uncooked crustacean which is currently underway. Data from this testing will also assist farmers in relation to making risk based decisions around major capital expenditure on farms to increase biosecurity and surveillance.

Objectives

1. Generate data on the PCR test status of imported uncooked prawns at retail in relation to Taura Syndrome Virus and Yellow Head Virus 1, to support Australian Prawn Farmers Association submission to the review of the Commonwealth Import Risk Assessment of uncooked crustacea

Final report

ISBN: 978-1-64204-814-8
Author: Matt Landos
Final Report • 2018-01-01 • 453.46 KB
2017-088-DLD.pdf

Summary

As part of the response to the outbreak of White Spot Disease (WSD) in late November 2016, uncooked prawns were purchased by Dr Matt Landos (Future Fisheries Veterinary Service Pty Ltd) from various retail outlets in northern NSW and south east Queensland and these were tested by qPCR for White Spot Syndrome Virus (WSSV) under FRDC project 2016/066. This project utilised residual sample material which had been held at -80oC at Sydney University since collection during December 2016 and January 2017. All remaining samples which were identifiable as imported were tested by PCR for two further exotic crustacean viruses: Yellowhead Virus-1 (YHV-1) and Taura Syndrome Virus (TSV).
Industry
Industry
PROJECT NUMBER • 2017-103
PROJECT STATUS:
COMPLETED

The evaluation of two species, Cobia and Giant Grouper, as alternative species to farm in the WSSV affected areas of South East Queensland.

In 2016/17, the Rocky Point Prawn Farm, along with other farms in the Logan River region of south-east Queensland, was severely affected by a white spot disease outbreak caused by the exotic white spot syndrome virus (WSSV). Measures enforced to eradicate WSSV resulted in a complete loss of stock...
ORGANISATION:
Rocky Point Aquaculture Company Pty Ltd
SPECIES

Environment Social Governance (ESG) framework plan for fisheries and aquaculture

Project number: 2023-126
Project Status:
Current
Budget expenditure: $100,000.00
Principal Investigator: Amy White
Organisation: ERM Australia Consultants Pty Ltd
Project start/end date: 30 Sep 2024 - 9 Mar 2025
Contact:
FRDC

Need

The Fisheries Research and Development Corporation (FRDC) is seeking support to plan and develop an Environmental, Social and Governance (ESG) framework for fisheries and aquaculture to address the requirements of several stakeholders (government, investor, consumers) and be a leader addressing key current and emerging ESG trends and expectations. The ESG Framework would cover all fisheries and aquaculture sectors (Indigenous, commercial, wild catch, and recreational).

The proposal sets our suggested approach to developing an ESG framework development plan for Australian fisheries and aquaculture. It includes our proposed methodology, budget and work plan, as well as information on our team and experience.
The overarching objectives of this engagement are as follows:
- Identify the unifying purpose of an ESG framework for Australian fisheries and aquaculture, the drivers that will shape it and the intended audience.
- Review relevant frameworks, standards and agreements to identify existing requirements and best practice related to ESG for Australian fisheries and aquaculture.
- Provide options for how the Australian fisheries and aquaculture sector could design and structure an ESG framework aligned to existing frameworks and systems, and reflecting monitoring and evaluation aspirations and the unique needs of fisheries and aquaculture.
- Prepare an ESG framework development plan which clearly outlines and prioritises the steps that need to be taken to establish and build a mature framework for Australian fisheries and aquaculture.

Please refer to the attached file (Our Recommended Approach Section, pages 14 - 22) for our detailed approach based on our understanding of your needs (P0710649 Fisheries and aquaculture ESG Framework_V2_STC).

Objectives

1. To develop an ESG Framework Plan for fisheries and aquaculture covering all sectors (Indigenous, commercial wild catch, recreational fishing, aquaculture).

Indigenous fishing subprogram: Business Nous - Indigenous business development opportunities and impediments in the fishing and seafood industry

Project number: 2016-206
Project Status:
Completed
Budget expenditure: $225,000.00
Principal Investigator: Jill Briggs
Organisation: Affectus Pty Ltd
Project start/end date: 6 Mar 2016 - 28 Jun 2018
Contact:
FRDC

Need

Fisheries Research Development Corporation Indigenous Reference Group (FRDC-IRG) has identified the following need:-
Indigenous business development opportunities and impediments in the fishing and seafood industry, the components that have been detailed by the FRDC-IRG include understanding opportunities and impediments for business development, identify the supply chain and research business structures to build enterprise development.

The indigenous fishing sector have commenced the important work of building businesses that can provide product needed by the market and communities; develop employment opportunities for indigenous people; community development through economic development and; recognition of the value of indigenous people and their knowledge and skills.

Additionally this project will address needs developed through the FRDC Indigenous Reference Group principles developed in Cairns in 2012. This project address Principle 4 RD&E - Leads to Improved Capacity That Empowers Aboriginal and Torres Strait Islanders.

Against the IRG document the project will also address the following identified concepts:-
• Provide Resourcing Options in a User Friendly and Culturally Appropriate Manner to Encourage Greater Aboriginal and Torres Strait Islander Involvement
• Leads to Agencies Developing Capacity to Recognise and Utilise Aboriginal and Torres Strait Islander Expertise, Processes and Knowledge
• Leads To an Increased Value for Aboriginal and Torres Strait Islanders (Economic, Social, Cultural, Trade, Health, Environmental)
• Leads To Benefit Sharing

This project will also address a number of key areas in the Federal Governments ‘Our North, Our Future – White Paper.’ Specifically it will move some way to addressing these areas:-
• Making it easier to use natural assets, in close consultation with, and the support of,
• Indigenous communities
• Investing in infrastructure to lower business and household costs
• Reducing barriers to employing people
• Improving governance.

Objectives

1. An analysis tool to assess the success elements of indigenous fishing businesses and non-fishing indigenous businesses
2. A gap analysis of skills available and skills needed to develop and/or enhance the skills of people involved in indigenous fishing businesses.
3. Draft and finalise a Business template with conversation and workshop materials to enhance the indigenous communities connected to indigenous fishing
4. Enhance the business skills of indigenous fishing communities through the delivery of workshops, community conversations and virtual information sharing sessions

Final report

ISBN: 978-0-9872781-6-6
Author: Jill Briggs
Final Report • 2020-07-06 • 3.28 MB
2016-206-DLD.pdf

Summary

The Business Nous Project (BN) research and outputs have been finalised in November 2019 with the completion of the website and workshop outputs and the project evaluation. The project delivered successfully on three of the four objectives with the workshop component of the project is being held in abeyance until specific groups and/or communities are identified.

Twenty-two individuals from twenty-one existing, closed or about to commence businesses were interviewed. These twenty-two people were drawn from a range of locations but were from Northern Territory, Queensland, New South Wales and Tasmania.

Interviewees were drawn from many age groups, but the highest percentage were from the 55+ age group. Both males and females were interviewed the gender bias was skewed to males. Interviewees were from both fishing and non-fishing businesses and most were sole traders.

The interviewees were generous with their information and were able to provide insight into the skills and knowledge they had used to build and grow their businesses. The interviewees were also able to detail the areas of knowledge that all business owners should have been commencing or running a business.

The findings from twenty-one interviews were the base for developing the information presented on the Business Nous website. However, it should be noted that this output was modified from a decision-making tree. The working group presented the decision-making tree to the Indigenous Reference Group (IRG) and the consensus was that the decision-making tree would either be too complex or too simplistic in assisting Indigenous fishers with relevant fishing business nous.

The key findings suggest that to manage and/or own an Indigenous fishing business, standard principles need to be followed and structures implemented. Business concepts that most business owners understand such as:

Payroll
Book-keeping
Regulations
Cash-flow
Staff Management
Planning and marketing

All of the interviewees indicated that they understood and adopted many of the above and one business embraced all standard business practices covered by the questionnaire.

Additionally, the Indigenous business owners interviewed highlighted a second layer of expectations that were regularly considered when planning for and opening a business. This additional layer of requirements included consideration for:

Community expectations.
Cultural obligations.
Guidance from Elders. 
Consideration of Traditional Knowledge.

The above and other expectations highlighted one of the fundamental questions the working group considered - Is it different for Indigenous people to plan and operate a successful fishing business?

The BN project has developed materials that will assist people think through the essential elements when operating a fishing business.

The three main outputs for Indigenous fishing businesses are:

Business Nous Website – https://www.irgbusinessnous.com.au/ 
Business Nous promotional videos – https://www.irgbusinessnous.com.au/about-business-nous-project
Business Nous workshop materials – found in Appendix 9

There are key project materials that have been managed to ensure the above outputs were delivered.
Adoption
PROJECT NUMBER • 2022-111
PROJECT STATUS:
COMPLETED

External review of the FRDC's Indigenous fishing and aquaculture coordination program

Since its inception as part of the Cairns Forums, the Indigenous Reference Group (‘IRG’) to the Fisheries Research and Development Corporation (‘FRDC’) has served as the principal method by which the FRDC seeks to engage with Australia’s First Nations and First Peoples...
ORGANISATION:
Australian Venture Consultants Pty Ltd