Through the use of CRISPR-SeroSeq technology, researchers found that certain strains of Salmonella are often undetected by traditional testing methods.

A recent study suggests that the cold foods supply chain is the optimal environment for the COVID-19 virus to spread over long distances. The study explores various prevention and testing methods that could be used to mitigate the pathogen’s spread through cold-chain foods.

The U.S. Department of Agriculture’s Food Safety and Inspection Service (USDA’s FSIS) has updated “Screening and Confirmation of Animal Drug Residues by UHPLC-MS-MS” in its Chemistry Laboratory Guidebook.

A recent study explores the use of nanosensors and biosensors as an easy, cost-effective, and rapid method of detecting foodborne pathogens.

Today's food laboratories remain largely free of regulatory oversight. That is about to change with the Food and Drug Administration's (FDA's) issuance of a final rule establishing a program for the testing of food, in certain circumstances, by accredited laboratories. Not only does this final rule provide specific quality standards and assurances to a segment of food testing, but it also opens the door for all laboratories to adhere to these essential elements.

Implementation of rapid whole-genome sequencing could help transform microbial risk surveillance across the food industry from a surveillance approach to a more preventive approach; one in which we can identify outbreak indicators to predict, and take steps to prevent, a problem before it even occurs.

A toxin-carrying virus is involved in the emergence of a new strain of Salmonella in pigs.