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Modelling bionano interactions and potential health risks for environmental nanoplastics: the case of functionalized polystyrene

Environmental Science Nano 2026
Julia Subbotina, Oran McElligott, Vladimir Lobaskin

Summary

Researchers used computer simulations to model how proteins adsorb onto polystyrene nanoplastic surfaces, investigating bionano interactions relevant to potential health risks. The study focused on functionalized polystyrene as a model for environmental nanoplastics. The findings contribute to understanding how nanoplastics interact with biological molecules, which is important for evaluating their toxicological potential.

Polymers

Micro- and nanoplastic pollution poses environmental and potential human health risks. Using computer simulations, we model protein adsorption at polystyrene surfaces to evaluate bionano interactions of toxicological relevance.

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