The seafood industry must ensure that operational models meet evolving market expectations, and then properly leverage them to drive profitability and success
In the fight against food insecurity, seafood is an essential source of protein. Growing the responsibly produced seafood supply depends on every part of the value chain. Industry must ensure that operational models meet evolving market expectations, and then properly leverage them to drive profitability and success.
Industry members have requested the market name for specific Sebastes (rockfish) species be changed to “snapper” in the Seafood List. FDA has identified critical areas that must be considered before this change is made, including classification, food safety and hazard identification, and labeling and allergen concerns.
EPA repealed Biden-era amendments that had tightened emissions regulations under the Mercury and Air Toxics Standards (MATS) rule. Critics warn that this decision could lead to greater bioaccumulation of the neurotoxin methylmercury in fish, increasing human dietary exposure.
An EFSA survey found that only one in ten respondents reported awareness about the health risks of seafood, and one-third of seafood consumers ate species high in mercury three or more times a week.
Food fraud in the seafood sector is a growing and complex issue with serious health consequences, requiring a coordinated effort involving strict enforcement, advanced analytical tools, stakeholder collaboration, and public education.
An international study has shown that European seafood is high in PFAS, and that fish exports expose consumers in regions of the world with otherwise low levels of pollution to harmful “forever chemicals.”
This article focuses on the fundamentals of shrimp processing and the various steps in which facilities can manage food safety and quality challenges to generate wholesome and safe products for global markets.
The Institute of Food Technologists’ (IFT’s) peer-reviewed Journal of Food Science has released its free-to-read Special Issue on Health, Safety, and Sustainability of Aquatic Foods.
The sampling and testing project will support the National Antimicrobial Resistance Monitoring System (NARMS) by identifying trends and emerging risks from drug-resistant foodborne bacteria. Findings will be used to create a model that can help predict and address antimicrobial resistance (AMR) mitigation strategies.