Implementation of rapid whole-genome sequencing could help transform microbial risk surveillance across the food industry from a surveillance approach to a more preventive approach; one in which we can identify outbreak indicators to predict, and take steps to prevent, a problem before it even occurs.
The Retail Food Safety Regulatory Association Collaborative has worked to develop diverse strategic priorities, such as improving the regulatory approach, competency, and food safety culture in the regulatory community and enhancing the sharing of best practices among retail food protection partners.
To understand how these cultures are necessarily interwoven, it is important to review the underlying principles for operational excellence and why world-class companies seek to follow its principles.
Given the large number of contamination events involving the contamination of frozen vegetables with Listeria, are suppliers of these products able to control other harmful microorganisms from contaminating their products?
Food safety concerns of off-premises sales for restaurants are the food safety risks associated with food preparation and the additional risk of keeping the food safe after the food has been prepared.
Virtual education and training sessions have become imperative to maintaining and ensuring business continuity. Learn how this format can work for your food business.
Opportunities exist for the use of data science in preventing and mitigating foodborne disease outbreaks, often using publicly accessible data. This article examines machine learning/data science approaches, including whole-genome sequencing, to enhance food safety.
Food safety stories are essential to communicate lessons learned and share the practical experiences of food safety professionals to enhance the effectiveness of food safety training.
The coronavirus disease (COVID) pandemic has impacted the attitudes of consumers towards food safety despite the lack of evidence that food or food packaging is a source of coronavirus infections.