Article
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Tier 2
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Original research — experimental, observational, or case-control study. Direct primary evidence.
Marine & Wildlife
Nanoplastics
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Nanoplastics and marine organisms: What has been studied?
Environmental Toxicology and Pharmacology2019
256 citations
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Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count.
Score: 55
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0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Cátia Venâncio,
Inês João Ferreira,
Cátia Venâncio,
Miguel Oliveira
Cátia Venâncio,
Miguel Oliveira
Miguel Oliveira
Cátia Venâncio,
Miguel Oliveira
Cátia Venâncio,
Miguel Oliveira
Miguel Oliveira
Cátia Venâncio,
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Cátia Venâncio,
Cátia Venâncio,
Cátia Venâncio,
Miguel Oliveira
Cátia Venâncio,
Isabel Lopes,
Miguel Oliveira
Cátia Venâncio,
Cátia Venâncio,
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Cátia Venâncio,
Miguel Oliveira
Inês João Ferreira,
Inês João Ferreira,
Miguel Oliveira
Cátia Venâncio,
Cátia Venâncio,
Miguel Oliveira
Isabel Lopes,
Miguel Oliveira
Miguel Oliveira
Isabel Lopes,
Isabel Lopes,
Isabel Lopes,
Inês João Ferreira,
Isabel Lopes,
Isabel Lopes,
Isabel Lopes,
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Isabel Lopes,
Isabel Lopes,
Isabel Lopes,
Isabel Lopes,
Isabel Lopes,
Miguel Oliveira
Cátia Venâncio,
Isabel Lopes,
Cátia Venâncio,
Cátia Venâncio,
Miguel Oliveira
Cátia Venâncio,
Isabel Lopes,
Miguel Oliveira
Isabel Lopes,
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Isabel Lopes,
Isabel Lopes,
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Miguel Oliveira
Summary
Researchers reviewed published data on nanoplastic toxicity to marine organisms, finding evidence of harmful effects ranging from reproductive disruption to death across multiple phyla and noting that nanoplastics' small size makes them prone to bioaccumulation — while emphasizing that no standardized detection methods or protective regulations yet exist.
Nowadays, there is an increased awareness on the threat that marine litter may pose to the marine environment. This review describes the major concerns related to plastic pollution, namely in terms of toxicity of different types and sizes of nanoplastics (particles smaller than 100 nm) to marine organisms, either producers or consumers. The available data show that nanoplastics may affect negatively organisms from different phyla with reported effects ranging from alterations in reproduction to lethality. Nevertheless, no information regarding marine vertebrates (e.g., fish) was found. Data show a high potential for bioaccumulation/biomagnification along marine food chains, since they can easily be retained inside organisms. The lack of standardized methodology for nanoplastics detection and the poor or inexistent legislation makes nanoplastics an environmental challenge.