Crickets were raised on contaminated corn, which would otherwise be diverted from the feed supply chain, and processed into insect meal. The resulting meal contained more protein than corn and had 96 percent lower mycotoxin levels.
In a new report, FAO assessed mycotoxin contamination in food and feed across the region and highlighted disparities in national regulatory frameworks, laboratory capacities, and surveillance systems, as well as the increasing impact of climate change on contamination risks.
A new study characterized mycotoxin-related RASFF food safety notifications by mycotoxin type, product category, country of origin, risk level, and notification type. The researchers also contextualized notification trends dating back to 2012.
The study represents the first publication of a large FDA dataset on ochratoxin A (OTA) occurrence in U.S. foods. OTA was detected above the limit of detection in 3.5 percent of all samples (which were targeted based on their susceptibility to contamination).
Wageningen University researchers developed a hybrid machine learning modeling framework that considers crop growth stages, various future scenarios, and a large geographic region. The model predicted deoxynivalenol will present the greatest risk, with coastal countries, the UK, and northern France most affected.
The researchers positioned the machine learning model as a low-cost complement to traditional testing workflows, helping dairy processors enhance food safety while targeting laboratory resources.
Incorporating a novel “bio-fumigation” method based on a natural compound produced by mustard plants, the micro-malting machine effectively addresses mycotoxins while preserving quality. USDA is working with industry to scale the prototype for widespread adoption.
Although generally detected at low levels, mycotoxins were present in all plant-based meat alternative and beverage samples, suggesting that cumulative exposure may pose health concerns.
The Spanish Federation of Agricultural Cooperatives of Murcia (Fecoam) points to recent RASFF food safety notifications about U.S. nuts demonstrating dangerous levels of aflatoxin contamination—with almonds exceeding EU maximum levels by three times in one instance—and calls for stricter import controls.
As the food safety threats posed by fungal contamination continue to grow, ILSI Europe has introduced a practical risk prioritization framework designed to identify which mycotoxins present the greatest risk to consumers, and where mitigation efforts should be concentrated.
