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Level International
Plastic types Microplastics Nanoplastics
Funding source European Union SOCIETAL CHALLENGES - Health, demographic change and well-being
Project Website https://auroraresearch.eu/
Project cost 5.996.315,00 EUR
Period April 2021 - March 2026
Geographical area Europe
Categories Environment and Climate Change Climate Change Public Health Human Exposure Alternative Testing Methods
Tags Microplastic Nanoplastic pollution environment health development risk child
Project partners
  • Universiteit Utrecht - Netherlands,
  • Stichting Vu - Netherlands,
  • Fundacion Privada Instituto De Salud Global Barcelona - Spain,
  • Universiteit Hasselt - Belgium,
  • Icahn School Of Medicine At Mount Sinai - United States,
  • Masarykova Univerzita - Czechia,
  • ITA-Suomen Ylipisto - Finland,
  • Food Packaging Forum Foundation - Switzerland,
  • Institute of Occupational Medicine - United Kingdom,
  • Carl von Ossietzky University of Oldenburg - Germany,
  • Emory University Non Profit Corporation - United States
Description

Microplastic and nanoplastic pollution (MNP) is becoming an ever-present concern amongst environmental issues that need to be addressed. However, little is known regarding how these plastics affect health, especially during early life and development. The EU-funded AURORA project aims to develop a framework for MNP risk assessment to evaluate its impact during pregnancy and early life. It will achieve this through in-depth testing and epidemiological data to reveal how MNP exposure can affect child development and health. The ultimate goal is to provide a comprehensive way to evaluate the true impact of MNP while informing European policy and improving quality of life.

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Knowledge Gaps

Fate and behavior within an organism

Human toxicity

Human and environmental effects and toxicity test methods

Characterization test methods

Environmental fate and behavior of plastic

Environmental exposure

Risk assessment (RA)

Reproductive and teratogenic effects

Chronic or long-term effects, multiple forms and/or sources

Bioaccumulation, bioconcentration and persistence

Translocation within organism

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