A new analysis of global foodborne illness data revealed that, since 1990, the number of invasive non-typhoidal Salmonella cases and deaths have risen by 46 percent and 27 percent, respectively—with significant regional disparities.
By increasing the understanding of a molecular “weapon” used by the foodborne pathogen, the project, led by the London School of Hygiene and Tropical Medicine, will support the development of new antimicrobials and vaccine targets to reduce transmission through the food chain.
Through the One Health lens, a scientific review summarized current knowledge on Salmonella biofilms, the importance of non-antibiotic interventions given the rise of antimicrobial resistance (AMR), emerging alternative strategies with potential for real-world use, and challenges and needs moving forward.
A first-of-its-kind French study has demonstrated that food additives are consumed as mixtures by children and adults, underscoring the importance of considering combined exposures in food safety evaluations.
A new study estimates the annual cost of foodborne illness in Australia from six important pathogens to be $721 million AUD, with nearly half of this cost ($328 million AUD) attributed to poultry sources.
A two-year study of Southeastern U.S. watersheds confirmed that surface water harbors complex, clinically relevant Salmonella populations that differ from food animal datasets—revealing critical gaps in understanding environmental Salmonella transmission and the need for robust One Health surveillance systems.
Addressing the need for efficient, inexpensive, and sustainable PFAS defluorination techniques, researchers from Ritsumeikan University, Japan have demonstrated the promise of near-UV light plus ligand-capped zinc oxide (ZnO) nanocrystals as a possible solution to PFAS recycling and remediation challenges.
Two research projects are investigating several novel techniques for detecting hepatitis A virus that eliminate false positives produced by inactivated, non-infectious RNA fragments—an issue that limits the usefulness of existing methods for indicating actual food safety risk.
German Federal researchers have developed a rapid, onsite detection system for PFAS in water samples. Its cost-effectiveness and ease-of-use make it a potentially scalable solution for authorities and industry to monitor and remediate “forever chemical” contamination.
University of Georgia researchers conducted a review to compile and communicate best practices for reducing the spread of foodborne pathogens among beef cattle herds prior to processing, with a focus on Shiga toxin-producing Escherichia coli.
