Which statement best describes food-borne disease surveillance contributions in One Health?

Which statement best describes food-borne disease surveillance contributions in One Health?

• A. It protects food safety and public health; contributions come from agriculture, veterinary services, food industry, environmental health, and clinical labs.
• B. It is the sole responsibility of clinical laboratories and hospitals.
• C. It only involves monitoring water quality for safety.
• D. It excludes environmental health from consideration.

Answer: (A)

In One Health, food-borne disease surveillance is a coordinated effort across multiple sectors to protect food safety and public health. It draws on contributions from agriculture, veterinary services, the food industry, environmental health, and clinical laboratories, creating a comprehensive view of how pathogens move from farm to fork and how illnesses emerge in people. This broad collaboration matters because many food-borne threats involve animals, ecosystems, and human systems. Data from farms and veterinary labs helps spot infections in animals before they reach people; information from food industry surveillance tracks contamination during processing and distribution; environmental health inputs identify reservoirs and transmission pathways in water, soil, and surfaces; clinical labs and hospitals document human cases and help confirm outbreaks. Linking these data streams enables earlier detection, better source attribution, and more effective interventions to prevent illness. Choosing a narrower focus, such as only clinical laboratories, only water quality monitoring, or excluding environmental health, misses the integrated approach that One Health relies on to protect both food safety and public health.

In One Health, food-borne disease surveillance is a coordinated effort across multiple sectors to protect food safety and public health. It draws on contributions from agriculture, veterinary services, the food industry, environmental health, and clinical laboratories, creating a comprehensive view of how pathogens move from farm to fork and how illnesses emerge in people.

This broad collaboration matters because many food-borne threats involve animals, ecosystems, and human systems. Data from farms and veterinary labs helps spot infections in animals before they reach people; information from food industry surveillance tracks contamination during processing and distribution; environmental health inputs identify reservoirs and transmission pathways in water, soil, and surfaces; clinical labs and hospitals document human cases and help confirm outbreaks. Linking these data streams enables earlier detection, better source attribution, and more effective interventions to prevent illness.

Choosing a narrower focus, such as only clinical laboratories, only water quality monitoring, or excluding environmental health, misses the integrated approach that One Health relies on to protect both food safety and public health.