Roskilde, Region Zealand, Denmark
Using interdisciplinary tools within environmental chemistry and biology, I investigate environmental pollutants that pose a risk to wildlife and public health. My research applies global metabolomics and non-target chemical analysis to perform environmental fate investigations of pollutants and their impact on environmental quality.
Using interdisciplinary tools within environmental chemistry and biology, I investigate environmental pollutants that pose a risk to wildlife and public health. My research applies global metabolomics and non-target chemical analysis (NTA) to perform environmental fate investigations of pollutants and their impact on environmental quality. I use (ultra-high resolution) mass spectrometry in targeted and non-targeted approaches to characterize the exposome, metabolome and proteome.
I use analytical chemistry platforms in combination with environmental chemistry and ecotoxicological trials to assess the environmental fate and impact of xenobiotics in natural systems. Endocrine disrupting chemicals are of key interest.
I use analytical chemistry platforms in combination with environmental chemistry and ecotoxicological trials to assess the environmental fate and impact of xenobiotics in natural systems. Endocrine disrupting chemicals are of key interest.
Thyroid and steroid hormone disruption in sea lion, frog and polar bear caused by environmental xenobiotics. Analytical chemistry, environmental chemistry and endocrinology.