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The role of microplastics as carriers of per- and polyfluoroalkyl substances and their fate in the environment
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Microplastics as Vectors of PFAS: Adsorption Mechanisms, Environmental Fate, and Toxicological Implications
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This review examined how microplastics act as vectors for PFAS—so-called forever chemicals—by adsorbing and transporting these compounds through aquatic and terrestrial environments to increase combined toxic burden. The co-exposure risk is particularly concerning for human health because both microplastics and PFAS are persistent, and their interaction may amplify systemic toxicity beyond what either pollutant causes alone.
Microplastic Fate and Impacts in the Environment
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Microplastic pollution has been documented across virtually every ecosystem on Earth, from sea surfaces to deep sediments, polar regions to tropical rivers, and inside a wide range of organisms spanning multiple trophic levels. This comprehensive environmental presence confirms that microplastics pose systemic risks to biodiversity and human health through multiple exposure pathways.
Microplastic Fate and Impacts in the Environment
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Microplastic pollution has been documented across virtually every ecosystem on Earth — from ocean surfaces to deep-sea floors, polar regions to tropical soils, and in organisms spanning the full breadth of the food web. This pervasive distribution confirms that microplastic exposure is now universal and that understanding long-term fate and biological impacts is one of the most pressing environmental health challenges of our time.
Effects of Nano- and Microplastic Particles (NMPs) on the Transport of PFOA in Natural Sediment
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Researchers used column experiments to show that polystyrene nanoplastics (0.1 µm) had little effect on PFOA transport through saturated sediment, while larger microplastics (5 µm) slightly increased PFOA retention by acting as a carrier. This distinction matters because PFAS chemicals commonly co-occur with microplastics in the environment, and understanding how particle size governs contaminant mobility is critical for assessing combined pollution risks in groundwater and sediments.
Ecological Effects of Chemical Contaminants Adsorbed to Microplastics
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Researchers reviewed how chemical contaminants that bind to microplastics — including pesticides and heavy metals — affect aquatic and soil organisms, finding that microplastics can both concentrate toxins and amplify their biological impact. This so-called Trojan horse effect may make microplastic pollution more ecologically harmful than the plastic alone would suggest.
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