Revealing spatiotemporal distribution of aflatoxin B1-related health burdens to optimize monitoring in peanut supply chains

Aflatoxin B1 is one of the most potent naturally occurring carcinogens , a leading driver of liver cancer that disproportionately burdens developing countries with limited food safety infrastructure. Yet most monitoring programs treat all supply chain as equally risky, wasting scarce resources.
Revealing spatiotemporal distribution of aflatoxin B1-related health burdens to optimize monitoring in peanut supply chains
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This study builds an integrated framework that maps where and when AFB1 risk & #PublicHealth burden actually concentrates across China’s #peanut #SupplyChains. A few highlights:
📍 Average disease burden: 3.51 DALYs (roughly one year of healthy life lost) per 100,000 population nationally.


🚚 Interprovincial peanut and peanut oil flows account for 52% more local disease burden than in-province production — meaning where food is grown is not where the health risk lands.


🎯 Reallocating #monitoring to high-risk transfer pathways reduced projected national health burden by 25 percentage points.

The framework of this work

Beyond #China, the framework is transferable to any food system where mycotoxin risks travel through complex supply chains — including many low- and middle-income countries where aflatoxin remains a persistent public health challenge.

A key takeaway is that food safety risk does not necessarily remain where contamination originates. It moves through supply chains, and monitoring strategies need to reflect that.

Original Article

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Spotlight on Research from China
Research Publishing > Spotlight on Research from China
Scholars at Risk
Research Communities > Scholars at Risk
Agriculture
Life Sciences > Biological Sciences > Agriculture
Environmental Sciences
Physical Sciences > Earth and Environmental Sciences > Environmental Sciences
Management
Humanities and Social Sciences > Business and Management > Management

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