The U.S. Department of Agriculture’s Food Safety and Inspection Service (USDA’s FSIS) will host a virtual open house featuring live demonstrations and presentations on Salmonella sampling and quantification, whole genome sequencing, agency technology, and the National Residue Program.

Scientists have developed a rapid detection method for microbial contaminants in food that can identify the presence of certain pathogens by color in as little as one hour.

Researchers at the University of Georgia are developing a biosensor-based rapid diagnostic test for Listeria monocytogenes in food.

There are no set microbiological performance standards for food products, yet demonstrating that hazards are sufficiently controlled is a key component of FDA's Food Safety Modernization Act. For some products, such as canned goods, these standards have been set over many decades of scientific testing. For others, these performance standards have yet to be established, particularly for new, unique ingredients with minimal processing steps. This article explores the history of performance standards and provides guidance on how to establish such standards where currently lacking.

Xibus Systems Inc. has announced the development of XiSafeä, a solution for the rapid detection of pathogenic bacteria in food and beverages, and is seeking interested customers for a demonstration of XiSafeä.

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.