Available online: https://pub.norden.org/temanord2022-564/ Interest in using seaweed as food is growing in Nordic countries and in other countries in Europe. Seaweed is the biggest aquaculture product in the world, yet there are still no international standards on food safety, such as Codex standards or guidelines or EU legislation on for seaweed. In Europe there is limited experience of using seaweed, and little is known about potential risks and benefits to human health when it is consumed. Guidance is needed for both producers and public agencies to ensure food safety. A common Nordic approach is called for, in view of the differences globally and within Europe. The scope of this report covers food safety aspects of seaweed with the main focus on chemical and microbiological food hazards.

In accident measures, protective measures must be introduced and implemented in such a way that the net result of the measures is positive for the individual and the society at large. The Nordic model for the management of food supplies and food safety after nuclear accidents addresses production, distribution, sale and consumption of food and drink. The model contains specific recommendations on intervention levels for distribution and consumption.

Novel food regulation is already in force in the European Community, Australia/New Zealand and in Canada. These regulations distinguish between traditional plant foods and novel plant foods, as the novel plant foods need to go through a premarket assessment procedure. This report focus on developing a proposal for definitions and criteria for determining if a plant food is traditional or novel and a proposal for an approach for the safety assessment of such plant foods with no or limited documented history of safe consumption. The report recommend to introduce a 2-step management procedure, first to establish the novelty and secondly to define and commit resources for the safety assessment, and recommend to generate and use a worldwide net of global, regional, local and ethnobotanical positive lists for food plants to guide both the decision on novelty and the safety assessment. The report recommends using the "history of use"--Concept and if the data submitted can support the claim that a product has a history of safe use, the approval can be straightforward. In Europe around 300 food plants deliver near 100% of human daily intake of plant food calories while nearly 7,000 other food plant species are used in other parts of the world. This report focuses on the situation when novel food items from these 7,000 plants are to enter the European or other regional market.

Present Knowledge in Food Safety: A Risk-Based Approach Through the Food Chain presents approaches for exposure-led risk assessment and the management of changes in the chemical, pathogenic microbiological and physical (radioactivity) contamination of ’food’ at all key stages of production, from farm to consumption. This single volume resource introduces scientific advances at all stages of the production to improve reliability, predictability and relevance of food safety assessments for the protection of public health. This book is aimed at a diverse audience, including graduate and post-graduate students in food science, toxicology, microbiology, medicine, public health, and related fields. The book's reach also includes government agencies, industrial scientists, and policymakers involved in food risk analysis. Includes new technologies such as nanotechnology, genetic modification, and cloning Provides information on advances in pathogen risk assessment through novel and real-time molecular biological techniques, biomarkers, resistance measurement, and cell-to-cell communication in the gut Covers the role of the microbiome and the use of surrogates (especially for viruses)

Novel food regulation is already in force in the European Community, Australia/New Zealand and in Canada. These regulations distinguish between traditional plant foods and novel plant foods, as the novel plant foods need to go through a premarket assessment procedure. This report focus on developing a proposal for definitions and criteria for determining if a plant food is traditional or novel and a proposal for an approach for the safety assessment of such plant foods with no or limited documented history of safe consumption. The report recommend to introduce a 2-step management procedure, first to establish the novelty and secondly to define and commit resources for the safety assessment, and recommend to generate and use a worldwide net of global, regional, local and ethnobotanical positive lists for food plants to guide both the decision on novelty and the safety assessment. The report recommends using the "history of use"--Concept and if the data submitted can support the claim that a product has a history of safe use, the approval can be straightforward. In Europe around 300 food plants deliver near 100% of human daily intake of plant food calories while nearly 7,000 other food plant species are used in other parts of the world. This report focuses on the situation when novel food items from these 7,000 plants are to enter the European or other regional market.

The Western Pacific Regional Food Safety Strategy 2011-2015 has contributed to good progress in food safety across the Western Pacific Region. However more than 125 million people fall ill and more than 50 000 die annually from unsafe food in the Region. Food safety is a highly complex health issue involving multiple domestic and international stakeholders. Over recent years new developments including the introduction of new technologies increasing internationalization of the food chain and demographic changes have affected food safety in the Region. The changing context of food safety affects food safety risk management as well as trust in the safety of the food supply. Food safety trust is a multifaceted issue and an outcome of effective food safety systems. At the same time it serves as an enabler for strengthening food safety systems to manage food safety risks and respond to food safety incidents and emergencies. The Regional Framework for Action on Food Safety in the Western Pacific builds on the achievement and lessons learnt from the 2011-2015 Strategy. It acknowledges the changing context of food safety and revisits the approach for strengthening national food safety systems. This includes a stronger focus on building trust and confidence in food safety systems and implementing strategic actions that create leadership partnerships competency and resources that are the necessary enablers for advancing food safety systems. The Framework provides guidance on strategic action and a stepwise approach to strengthen food safety systems to better manage food safety risks and respond to food safety incidents and emergencies. It is intended to guide national food safety authorities in implementation of strategic action to strengthen national food safety systems as well as to obtain and advocate for high-level political support to enhance food safety. It is also intended to facilitate regional cooperation among food safety authorities.

This report presents an overview of the existing risk management systems for food borne zoonotic pathogens within each Nordic country, containing contributions from each country. Each contribution presents the overall food safety policy in that specific country, and outlines the structure and organisation of the food control systems, the food safety legislation, the control and registration of foodstuffs, and monitoring/surveillance programmes. The report includes a discussion on views and experiences concerning risk management for food safety based on the farm to table continuum. The strength and weaknesses of the risk management systems in the Nordic countries are discussed and it is concluded that the process could be more structured so that the transparency and documentation of the process is improved