Advanced Tools For Exposure
Assessment and Biomonitoring
Matt Testing on 15/01/2014
When we talk about scientific activity, you should not forget about dissertation ghostwriters, who will be able to check or write a quality material that will reveal the essence of the topic, the problems that arise during the research, and form a complete vision of development prospects.
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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