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Food Safety Magazine
October/November 2026
The October/November 2026 FSM Features Collection includes articles that discuss non-technical systems barriers to whole-genome sequencing, as well as opportunities for greater use of the technology globally. Other highlighted features examine the safety and nutritional aspects of raw milk, how to move beyond a "checklist" mindset for supplier verification, risk-based guidance for choosing between dry and wet cleaning, how to build leadership buy-in for food safety, and more.
Whole genome sequencing is a mature, reliable technology with significant potential for the food industry, but realizing its benefits requires organizations to strategically weigh risks, applications, and persistent legal and regulatory barriers to adoption.
Bridging the gap between food safety policy, science, and practice requires stronger leadership, employee empowerment, and a commitment to prevention beyond regulatory compliance.
The proposed UK–EU Sanitary and Phytosanitary (SPS) agreement could reduce trade barriers while requiring significant changes to Great Britain's food safety regulations. As negotiations continue, food businesses face uncertainty over regulatory alignment, implementation timelines, and compliance obligations.
Effective supplier verification requires more than documentation. Food safety experts explain how risk-based verification, microbiological testing, and multidisciplinary collaboration can help processors identify supplier issues, strengthen hazard controls, and protect business operations.
Choosing between dry and wet sanitation in low-moisture food processing environments requires balancing cleaning effectiveness against the microbial risks introduced by water. A risk-based approach can help facilities determine when controlled wet cleaning is justified and how to minimize associated food safety risks.
As FDA expands its oversight of food contaminants, manufacturers, retailers, and distributors must understand evolving regulatory expectations and take proactive steps to identify, monitor, and mitigate contamination risks.
Artificial intelligence offers new opportunities across food safety operations, but successful adoption depends on reliable data, digital readiness, workforce preparation, and appropriate oversight.
Formal food safety training builds essential knowledge, but informal, on-the-job learning may be key to turning that knowledge into consistent food safety practices.
This article explains how two-point testing against traceable temperature standards, supported by appropriate inspection, verification, calibration, and documentation practices, can help build a more accurate and audit-defensible temperature monitoring program.
Moving from compliance to capability requires more than training; it requires leadership buy-in that enables better food safety decisions under pressure.
As consumer interest in raw milk grows, questions persist about its safety and purported nutritional and health benefits. Examining the evidence can help producers, consumers, and regulators distinguish established risks from emerging science and unsupported claims.
Unlike allergen control programs, GMO control relies primarily on supplier verification and traceability rather than routine analytical testing. Survey findings reveal how food processors approach GMO control, while evolving traceability requirements could reshape testing practices and market demand in the coming years.
A comprehensive receiving program is a food processor's first line of defense against food safety and security risks. Key considerations include shipment verification, transportation inspections, temperature controls, allergen management, documentation, and personnel training.
A strong food safety culture means maintaining the same standards whether or not an auditor is watching. Unannounced audits can help reinforce that expectation across an organization.
Publishing feature articles on a weekly basis allows us to bring technical information on need-to-know topics to you faster, in a more easily accessible format.
When a potential recall emerges, strategic communications can help organizations create clarity amid rapidly evolving information. Five key questions can help guide decision-making during the critical first 24 hours.
Fly control is critical to food safety. Orkin Commercial's IPM programs help food processing facilities address moisture, organic buildup, and access points before they create contamination or compliance risks.
Spoilage microorganisms present an important and complex challenge for food manufacturers, affecting production processes, product quality, retailer relationships, consumer satisfaction, food loss and waste, and ultimately, the bottom line.