FDA’s CORE+EPteam conducts outbreak surveillance, investigation, mitigation, and post-response initiatives for products regulated by the Human Foods Program, including the analysis of outbreak data for food safety decision-making and sharing outbreak findings with food safety stakeholders.
Developing an effective HACCP program requires more than following the seven principles. Management commitment, document control, prerequisite programs, training, and other foundational elements are essential to building and maintaining a robust HACCP system.
Recall activity in 2026 is sending a clear message that the industry is not facing isolated failures, but rather recurring breakdowns in the systems designed to prevent them. Manufacturers must prioritize four critical areas to minimize the risk of product contamination and recalls heading into 2027.
This article focuses on two main questions: first, why do food safety failures persist in high-velocity manufacturing settings despite the presence of comprehensive technical controls? And secondly, how do organizational beliefs and governance models influence ongoing risk exposure in these environments?
This article explores the application of pre-wash and other food hygiene processes to raw agricultural products to implement food safety measures sooner in the production and processing of raw agricultural commodities.
In this episode of Food Safety Matters, we discuss the Alliance to Stop Foodborne Illness Mentorship Program and its role in supporting professional growth in food safety, including lessons from the mentor-mentee experience, the value of perspectives outside one's own organization, and how mentorship can strengthen leadership, communication, and collaboration across the profession.
As regulatory requirements continue to evolve and consumer expectations increase, organizations across the fresh produce supply chain must adopt a proactive approach to risk management that emphasizes prevention, verification, transparency, and continuous improvement.
This article explores how rapid detection technologies are transforming environmental monitoring programs for L. monocytogenes in dairy plants. It also discusses how faster detection supports quicker sanitation verification, improved risk-based monitoring, and more effective decision-making during contamination events.
As discussed at the 2024 Global Food Safety Symposium at Michigan State University, resilient food safety systems are not built by one technology, one regulation, or one training program. They come from sustained investment in people, partnerships, scientific excellence, and institutions that can respond to evolving risks.