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Dataset for Synthetic DNA Fragments as Ultra-High-Resolution Multitracers to Quantify Transport Behavior of Micro- and Nanoplastics in Plant Systems

Figshare 2026
Zhaofei Duan

Summary

Scientists developed a clever tracking tool, tiny synthetic DNA tags attached to micro- and nanoplastic particles, to precisely follow how these tiny plastic bits move into and through plants, from roots to leaves. This matters because plants are a major entry point for plastics into our food supply, and better tracking tools like this one help researchers figure out exactly how much plastic ends up in the foods we eat, which is a key step toward understanding potential risks to human health.

Raw data include standard curve construction, MNP size and zeta potential, encapsulation and extraction efficiencies, stability tests, FTIR, tissue uptake in hydroponic and sand culture, and plant dry weights.

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