Advanced Tools For Exposure
Assessment and Biomonitoring
ER2 What are the most biologically-relevant approaches to monitoring PFASs in the human diet?
ER2 will work collaboratively at the Norwegian Institute of Public Health with ESR 3 to elucidate the most biologically-relevant approach to estimating dietary exposure to PFASs. But you can read the main points about the object on various scientific resources or buy thesis online in order to join the coverage of the topic. ER1 will determine concentrations of PFASs in diet samples and interpret these results alongside the corresponding data generated by ESR3 on PFASs in hand wipes and blood. Specifically, ER2 will establish for PFASs whether duplicate diet measures of exposure provide a better indicator than food frequency questionnaire-based approaches.
Contact: Dr. Line Smastuen Haug, Norwegian Institute of Public Health
Email:
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Projects
Below you will find a list of our projects
- ESR1 Identifying "new" chemicals and their metabolites in humans and the environments- A modelling approach.
- ESR2 Identifying "new" chemicals and their metabolites in humans and the surrounding environment- An experimental approach.
- ESR3 What contributes to human body burdens of PFASs? An experimental approach.
- ESR4 What contributes to human body burdens of EBFRs? An experimental approach.
- ESR5 What contributes to human body burdens of phthalate esters? An experimental approach.
- ESR6 What contributes to human body burdens of OPEs? An experimental approach.
- ESR7 Human exposure to PFASs and EBFRs- a PK modelling approach.
- ESR8 Human exposure to OPEs and phthalate esters- a PK modelling approach.
- ESR9 How bioaccessible are contaminants present in air, dust and diet?
- ESR10 Exploring the utility of synthetic skin models to evaluate trans-dermal uptake of chemicals from indoor dust.
- ESR11 Exploring chirality to further understanding of the contribution of precursor compounds to human body burdens of PFOS.
- ESR12 Developing non-invasive methods for monitoring human body burdens.
- ER1 What are the most biologically-relevant approaches to monitoring PFASs in the indoor environment?
- ER2 What are the most biologically-relevant approaches to monitoring PFASs in the human diet?
- ER3 Using in vitro models to identify suitable metabolites for biomonitoring.
- Matt Testing on 15/01/2014