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Assessment of potential synergistic or antagonistic toxicity mechanisms during co-exposition of in vitro models towards cerium dioxide nanoparticles and environmental chemicals/pharmaceuticals (NANOHEPATOX)

07/2017-06/2019

This third-party funded project is conducted in the framework of the BfR research programme on nanotechnology.

BMBF grant number: 01DH17052

Project homepage: -

Project description:

Potential synergistic and antagonistic toxicity mechanisms of mixtures of nanoparticles and soluble chemicals are investigated in different liver cell lines and primary hepatocytes. As reference substances, cerium dioxide nanoparticles and paracetamol are applied to different hepatic cell models alone and in mixtures. Viability and genotoxicity studies will be conducted together with metabolomic studies applying cutting-edge “omics” and imaging mass spectrometric methodology. Cell cultures where toxicological reactions or metabolomics changes were observed will be subjected to a detailed investigation of particle distribution and biokinetics by imaging mass spectrometry. The work should answer the question as to if and by which mechanisms the toxicity of soluble chemicals is affected by nanoparticles. Generated data will be used for the further development of nanomaterial risk assessment and regulation.

BfR parts of the project:

The BfR is involved in two of three working packages (WP): WP Metabolomics and WP Biokinetics and particle distribution.

Project partner:

  • Theodor Bilharz Research Institute, Egypt

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