MikeTrendsTrends right now
AI: reposAPI

search

food regulators

Trends

  1. 1
    Cyclosporiasis outbreak tied to shredded lettuce at Taco Bell●Cyclosporiasis outbreak linked to shredded lettuce served at some Taco Bell locations: CDC, FDA✉newsHealthPandemics10 h ago

    Federal health authorities have linked an outbreak of cyclosporiasis, an intestinal illness caused by a parasite, to shredded lettuce served at some Taco Bell locations. The CDC and FDA are investigating the cases, and the fast-food chain is drawing scrutiny as the affected lettuce supply raises food safety concerns for customers and regulators alike.

  2. 2
    Fourth E. coli Outbreak Linked to Raw Milk Reported▼After a Fourth E. coli Outbreak Linked to Raw Milk…✉newsHealthPandemics51 min ago

    Health and food safety commentators are pointing to a fourth E. coli outbreak tied to raw milk consumption, raising renewed questions about the safety of unpasteurized dairy. Food safety lawyer Marler Clark highlighted the outbreak, and discussion is focusing on the recurring risks of raw milk and calls for stronger warnings or regulation.

  3. 3
    Health Claims on Food May Hide Nutritional Trade-Offs●Study Finds Health Claims Can Mask Nutritional Trade-Offs in Food Products✉newsHealthNutrition4 h ago

    A new study finds that health claims printed on food packaging can obscure important nutritional trade-offs. Products marketed as healthy in one respect may be worse in others, such as higher sugar or lower protein, leading shoppers to overestimate their overall nutritional value. Researchers say the findings raise questions about labelling rules and how consumers interpret front-of-pack claims.

  4. 4
    Tiny RNA and protein recycling help rice endure drought▼Tiny RNA and a protein recycling system help rice survive drought by tuning ROS levels✉newsScienceBiology7 h ago

    Researchers report that a small RNA working with the cell's protein recycling system helps rice survive drought by regulating levels of reactive oxygen species (ROS). The finding clarifies how rice fine-tunes stress responses at the molecular level, and could inform breeding or engineering of drought-resistant rice varieties as climate pressures intensify for a staple crop feeding billions.