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The retail foodservice industry’s challenge in preventing foodborne illness comes from gaps in prevention—i.e., the interpretation, implementation, and execution of existing knowledge about root causes and hazards controls.

Food processors do not always consider the physical hazards that may be brought in with agricultural raw materials, or have systems in place to address them. Focus may also be diverted by looking at other sources of foreign material because adequate agricultural information is not available.

SSAFE is helping farmers reduce or eliminate contamination and cross-contamination on their farms by developing a practical guide that provides 47 useful and effective measures that are based on scientific global best practices.

This article explores the critical yet underappreciated vulnerabilities of ready-to-eat (RTE) foods in retail and foodservice settings, including blind spots in handling practices, supplier-level failures, and the vital importance of reheating protocols and environmental controls.

After FDA discovered radioactive isotope Cesium-137 in shipments of shrimp and spices from Indonesia, the Indonesian government launched an investigation and discovered environmental contamination near where the shrimp processor is located. The cause of cloves contamination is not yet determined.

Walmart is the latest company to say it will remove synthetic dyes from its private-label food brands, as well as 30 other additives, including certain preservatives, artificial sweeteners, and fat substitutes.

The resources for industry include updated FAQs and information about how FDA plans to implement the pre-harvest agricultural water provisions of the Food Safety Modernization Act (FSMA) Produce Safety Rule.

After discovering radioactive isotope Cesium-137 in shipments of shrimp and spices from Indonesia, FDA is exercising for the first time a power granted by Congress under the Food Safety Modernization Act (FSMA) to require food safety certification for imports.

Touchless Traceability addresses a longstanding operational challenge for food industry distribution centers: the ability to easily capture and share lot codes and related shipping data for all items shipped to customers.

A University of Missouri research project is exploring the use of blockchain for improved traceability of food served at restaurants, and increased transparency for diners. The findings suggest that clear traceability information would increase consumers’ confidence in food safety.