Food Safety Top Stories

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Traditionally, food safety issues associated with alcoholic beverages focus on chemical or physical hazards from the processing line. Intoxication with alcoholic beverages, as it relates to food safety, is less reported in the literature. However, the addition of cheap methanol to illicitly produced liquor—a rising issue in Asia—is increasingly being studied as a food safety and food adulteration issue.

This article examines control strategies for Clostridium botulinum in fresh-cut produce and the line between good manufacturing practices (GMPs) and C. botulinum control in the food safety plan.

Panelists Christian Blyth (Pathogen Specialist, 3M Canada), Marie Tanner (Senior Vice President of Quality, Dairy Farmers of America), and Lone Jespersen, Ph.D. (Cultivate SA) discuss three features that are prominent in North America's food safety culture: diversity of thought, proactive risk-based approach, and high adaptability. 

Recyclable. Recycled content. Compostable. Made from bio-materials. Which of these makes for the safest, most sustainable package? These can be misleading questions, especially when it comes to food packaging. Many sustainable packaging goals and trends can affect food safety work. Also, the concept of food safety as the primary element in sustainable packaging decisions must logically flow through an organization from the top down, through the key relevant vertical groups.

To lead from the local level for food safety, top executives must empower and authorize leaders to solve issues like food safety culture. The technical food safety team is best situated for this task. To build a sustainable food safety culture, it is essential to start with shifting and building the mindset of the technical leadership and honoring the well-being of this team. 

With the COVID-19 pandemic (hopefully) solidly in the rearview mirror, we wanted to find out what projects and initiatives food companies are focusing on for the rest of this year and into 2023. We heard from more than 200 food processors in every major category. They reported a wide-ranging wish list of projects and priorities, with improving their food safety culture, more training, improving their supply chain management (especially with their foreign suppliers), and improving their sanitation and environmental monitoring programs at the top of the list.

A risk-based approach is rapidly being incorporated into food safety systems. This can be attributed to the efforts of regulatory agencies and non-governmental organizations to develop requirements for food businesses. This article examines these food safety systems from a systematic, risk-based approach to allow the food safety practitioner to develop and improve food safety.

There are no set microbiological performance standards for food products, yet demonstrating that hazards are sufficiently controlled is a key component of FDA's Food Safety Modernization Act. For some products, such as canned goods, these standards have been set over many decades of scientific testing. For others, these performance standards have yet to be established, particularly for new, unique ingredients with minimal processing steps. This article explores the history of performance standards and provides guidance on how to establish such standards where currently lacking.

Sanitation success relies on people, programs, and hygienic design/maintenance. These three groups are characterized by interrelationships that are not always fully considered; however, examining them helps improve investigations of sanitation failures.

Salmonella prevalence has decreased significantly in the past three decades due to processing changes, but human illness cases from Salmonella have not decreased proportionally. To understand and eventually reduce the risk of salmonellosis from poultry meat, it is necessary to understand the poultry production system, the introduction of the microorganism into the poultry ecosystem (as well as its gastrointestinal tract), the sources of Salmonella during production, and, subsequently, strategies to control or reduce the risk from this microorganism at both the pre-and post-harvest stages.