Osaka Metropolitan University researchers have developed an antibody that can identify Campylobacter jejuni and inhibit its growth, which could potentially power rapid detection solutions for food contamination and medical interventions for foodborne illness.
Designed for Salinas Valley, California growers, an ongoing project supported by the Center for Produce Safety will leverage existing science and consider unique farming operation factors to create a user-friendly tool that assesses Escherichia coli contamination risk and provides actionable mitigation measures.
Penn State University researchers have demonstrated the usefulness of wastewater monitoring for foodborne pathogen surveillance, after successfully isolating Salmonella from wastewater samples and linking them to clinical isolates from an existing foodborne illness outbreak.
A recent study has demonstrated that current sampling and testing methods for Campylobacter may overlook epidemiologically-important strains. The researchers suggest using optimized culture methods and analyzing multiple isolates per sample.
A recent study explored how the use of uniform, threshold-based precautionary allergen labeling could increase food safety for allergic consumers, as well as enhance the number of foods available to them on the market.
In light of a recent investigation that found nearly half of honey imported to the EU is adulterated, UK researchers have demonstrated the promise of two innovative techniques—DNA barcoding and spatial offset Raman Spectroscopy—for detecting sugar adulterants in honey.
A recent University of Delaware study has shown that, although certain irrigation management approaches can reduce the levels of either cadmium or arsenic in rice crops, irrigation management may not be able to simultaneously mitigate both of the chemicals.
With relation to circular agri-food production models, a recent article authored by Food and Agriculture Organization of the United Nations (FAO) experts has explored the current and emerging risks, data gaps, and opportunities for food safety.
A recent survey of the low-moisture food industry and relevant stakeholders has revealed the sector’s key food safety challenges and research needs related to food safety culture, sanitation, pathogen reduction, and technology adoption.
A recent study found that, while alternative farming practices aimed at reducing water usage can lower greenhouse gas emissions and arsenic levels in rice, the same practices may also increase cadmium content in plants. The same study also demonstrated that no-till farming techniques raise the likelihood of mycotoxin contamination in crops.
