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Many populations globally depend on fish as part of their daily diet due to its numerous health benefits which may be compromised by the presence of toxic metals and metalloids and their species
Image credit: Ioanna Kalantzi
The biological (fish species type, size, protein and lipids content) and environmental factors (location, habitat) can lead to variation in metal accumulation and elemental speciation in the edible tissues of pelagic and demersal fish
Image credit: Thanos Dailianis
The harvesting season, the temperature and the substrata type may influence the presence of different metal species in the edible tissues of farmed fish
Image credit: Savas Chatzinikolaou (Blutopia Marine Park)
The different forms of the same metal may exhibit vastly different chemical and/ or toxicological properties. Thus, the concentration of the individual metal species in fish would provide more accurate human risk and benefits assessments
Image credit: Panagiotis Dimitriou
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the MetaFRisks Project

Fish are an important part of the human diet as they provide many essential nutrients. However, these health benefits may be compromised by the presence of toxic metals and metalloids, which can have harmful effects on humans if present at elevated concentrations. Until today, only the total concentration of some toxic elements is regulated and there is limited specific legislation on metal species levels. It has become apparent, however, that this is no longer a valid approach as it has been shown that different species of the same metal (e.g., As, Hg) may exhibit vastly different chemical and/or toxicological properties. In addition, biological, environmental and seasonal factors may influence the presence and formation of different forms of metal species in fish.

MetaFRisks (Advanced Metallomics Analysis in Fish for Improved Assessment of Human Risk and Environmental Quality) aims are (i) to investigate the metal speciation in Greek fisheries (wild and farmed fish) and (ii) to find the biological (fish species type, size, protein/lipid content) and environmental (location, habitat, season, temperature and substrata type) factors that may affect metal species transformations, in order (iii) to make more reliable assessments of human health risks and benefits from fish consumption. To the best of our knowledge MetaFRisks project will be the first to determine such an extensive range of metal species in wild and farmed fish from the Greek sea area, and to evaluate their human health risks and benefits.

 

Final Workshop 15/05/2024, HCMR Crete

To bring in contact scientists and end-users (local, regional and national management as well as food industry)

NEWS AND EVENTS

Third meeting

Research team members and the Scientific Advisory Board of MetaFrisks project participated in the Third meeting of the project, which took place online via Skype on January 20, 2023. The aim of the meeting was to present the activities that took place during the second year of the project, to

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Second meeting

Research team members and the Scientific Advisory Board of MetaFrisks project participated in the Second meeting of the project, which took place online via Skype on January 20, 2022. The aim of the meeting was to present the activities that took place during the first year of the project, to

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14-Dec 2020 Kickoff meeting

The members and the Scientific Advisory Board of MetaFrisks project participated in the Kickoff meeting of the project, which took place online via Zoom on December 14, 2020. The aim of the meeting was to present an overview of the project and the work packages. During the meeting several aspects

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