Agilent Technologies and FDA Collaborate to Improve Testing for Salmonella
News Mar 26, 2012
Agilent technologies announced that it has entered into a Cooperative Research and Development Agreement with the U.S. Food and Drug Administration to develop new tools to detect and analyze pathogens in food.
The joint R&D effort will also seek to improve DNA-based tools for confirming that seafood is correctly labeled.
The goal of the first part of the project is to develop a novel assay panel to identify subtypes of salmonella in food. When outbreaks occur, knowing the subtype can help officials quickly identify the source of the pathogen and hopefully limit the number of victims. The research will focus on using mass spectrometry-based genotyping to quickly identify salmonella subtypes.
"This effort on the part of Agilent is of extraordinary importance to the FDA," said Eric W. Brown, Ph.D, director, Division of Microbiology, FDA. "We expect this collaboration will be an important step in the development of new and specific tools for tracking bacterial pathogens in foods."
The second part of the agreement - to be carried out in collaboration with both the FDA and the Campden BRI laboratory in the United Kingdom - aims to update Agilent's lab-on-a-chip method of DNA analysis to identify fish species. Agilent's analytical technique can identify species even after the fish has been processed, which generally removes identifying features such as the head, tail and skin. The technology is based on the Agilent Bioanalyzer, using restriction fragment length polymorphism. The goal is to make this technology fast, inexpensive and simple enough that many kinds of laboratories can use it on a routine basis. This type of test could detect such things as intentional mislabeling to avoid tariffs and import restrictions or economic fraud where a less expensive species of fish is sold as a more costly species.
"We're very pleased to be collaborating with the FDA, because this work holds tremendous potential for solving some very challenging threats to the safety and integrity of the food supply," said Paul Zavitsanos, Agilent Global Food Safety manager. "There's real value in applying biological analysis techniques to food safety, and this collaboration advances our shared vision."
Hardiness of Wild Rice Could Assist Commercial Rice GrowersNews
Wild rice growing in northern Australia’s crocodile-infested waters could help boost global food security, say researchers who have mapped its genetic family tree. Valuable traits from the wild rice – such as drought tolerance and pest and disease resistance – can be bred into commercial rice strains.READ MORE
Vaccines Are Not Protecting Farmed Fish From DiseaseNews
The vaccines used by commercial fish farmers are not protecting fish from disease, according to a new study. It showed vaccinated fish tend to show more symptoms when contracting diseases, with the health impacts and ultimately deaths occurring as if they’d never received a vaccine.READ MORE