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Tomato Food Safety Innovation

Researchers at the University of Nevada set out to determine whether engineered nanoparticles accumulate in fresh produce and, if so, to find a way to degrade them to reduce any potential food safety risk. Engineered nanomaterials are found in wastewater, biosolids, and biosolids-amended soils. The researchers developed a novel detection and quantification method for carbon nanotubes, and subsequently found nanotubes in the root, stem, and leaf tissues of lettuce plants after exposure, indicating uptake and translocation occurred in this edible plant. The researchers then developed a mechanism for degrading carbon nanoparticles, using a naturally occurring microorganism, Mycobacterium vanbaalenii PYR-1. This organism could be used to remove carbon nanotubes from the environment, preventing their uptake by edible plants and reducing the likelihood of any food safety risk associated with carbon nanotubes in produce.

NIFA supports this research through Agriculture and Food Research Initiative.

Want to read about more impacts like this? Check out Fresh from the Field, a weekly bulletin showcasing transformative impacts made by grantees funded by NIFA.

Farm Bill Priority Areas
Plant health, production, and products;
Food Safety, Nutrition, and Health
U.S. States and Territories
Nevada
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