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Combining quantification of suckling cow exposure and PBTK modelling for risk assessment of beef meat contamination with dioxin-like PCBs.

In: Book of abstracts of Dioxin 2023 - 43rd International Symposium on Halogenated Persistent Organic Pollutants (POPs). 11. September, Publ. Liége University / Antwerp University, Maastricht (NL). 2023, 62.

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Link: Book of Abstracts

Abstract:

Swiss and German surveys of polychlorinated biphenyls (PCBs) contamination of meat from suckling cow herds have revealed occasional exceedances of the regulatory maximum level (ML, EU 1259/2011 regulation). Some of these contaminations could be attributed to diffuse sources of PCBs coming from soil ingestion, which is presumably higher in grass-based feeding systems. A proper risk assessment of exceeding ML in meat relies on i) estimating cow oral exposure to PCBs (i.e., feed and soil intakes) and ii) quantify the transfer of PCBs from oral dosing to cow meat. The aims of the present work were to i) aggregate monitoring data from different databases for estimating PCB exposure and ii) quantify the corresponding PCB transfer into beef cow using a physiologically-based toxicokinetic (PBTK) model.

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Management

General Management

Head of Soil Microbiome

Head of Plant Microbiome

Combining quantification of suckling cow exposure and PBTK modelling for risk assessment of beef meat contamination with dioxin-like PCBs.

Head of Fermented Foods Microbiome

Head of ANET-GB: Bioinformatics Platform

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Management

General Management

Head of Soil Microbiome

Head of Plant Microbiome

Combining quantification of suckling cow exposure and PBTK modelling for risk assessment of beef meat contamination with dioxin-like PCBs.

Head of Fermented Foods Microbiome

Head of ANET-GB: Bioinformatics Platform