The framework seeks to connect illness reporting, laboratory testing and food-safety alerts across national and regional systems.
AFRICA – Africa CDC has set out a five-year plan to strengthen the detection of and response to foodborne disease, addressing gaps in laboratory capacity, data sharing and coordination between food-safety and public-health authorities.
Its Food Safety Strategic Framework 2026–2030 covers surveillance alongside regulatory reform, hazard reduction, regional cooperation and consumer education.
The agency describes food-hazard data as fragmented and national alert, response and recall capabilities as under-resourced. It also warns that regulatory attention often favours export markets, leaving the food consumed domestically less adequately controlled.
The implementation plan proposes integrating foodborne disease into existing public-health surveillance, strengthening emergency plans and developing digital reporting and alert systems. Several workstreams envisage supporting five countries annually, reaching 25 over the programme.
Its indicative annual budget entries include US$1 million for surveillance and response support and US$2.5 million for laboratory investigation of foodborne disease and linked food hazards. These are planning estimates, rather than confirmation that financing has been secured.
The health burden extends beyond acute outbreaks. WHO’s updated estimates, put annual foodborne illness at approximately 866 million cases and 1.5 million deaths globally, using data through 2021. Its African and South-East Asian regions together account for nearly three-quarters of illnesses and 60% of deaths.
The Africa CDC document cites earlier WHO estimates. The newer totals should not be interpreted as a sudden increase: WHO expanded its assessment to 42 hazards, including additional metals and pathogens. Chemical exposures accounted for 73% of estimated deaths, underlining the importance of monitoring chronic contamination as well as investigating infectious outbreaks.
Surveillance can also reveal connections between cases initially reported in different locations. In the United States, PulseNet links public-health laboratories using standardised methods and whole genome sequencing, which compares the genetic characteristics of bacteria to identify possible illness clusters.
Sequencing alone cannot establish which food caused an outbreak. US CDC guidance stresses that investigators also need information about what people ate, where they went and potential exposure routes. Linking laboratory findings with epidemiological investigations helps authorities identify contaminated products and processes.
The broader international benchmark is WHO’s Global Strategy for Food Safety 2022–2030, which seeks a 40% reduction in the incidence of foodborne diarrhoeal disease per 100,000 people by 2030.
Africa CDC’s monitoring framework includes an ambition for at least 80% of priority outbreaks in supported countries to receive a response within 72 hours.
National governments are assigned country-level implementation and oversight of food businesses. Publication of the framework establishes intended actions; country participation, committed funding and measured improvements will determine implementation progress.