Iseult Lynch | |
|---|---|
| |
| Nationality | Irish |
| Alma mater | University College Dublin |
| Awards | John Jeyes Award 2020 |
| Scientific career | |
| Fields | Nanoscience |
| Institutions | University College Dublin, University of Birmingham |
Iseult Lynch is an Irish chemist and Professor of Environmental Nanoscience at the School of Geography, Earth and Environmental Sciences at the University of Birmingham. Her research focuses on the safety of nanoparticles in the environment and their interactions with biological entities.
Lynch is from Dublin, Ireland. Her parents are Maura (Mary Catherine nee King) and Mark R. Lynch, and she has 3 siblings – Daire, Mark and Michelle. Her father was posthumously awarded the 2019 IUPAC International Award for Advances in Harmonized Approaches to Crop Protection Chemistry from the IUPAC Division on Chemistry and the Environment. [1]
She completed a BSc in Chemistry in 1995, a PhD in Physical Chemistry in 2000 and went on to complete an MBA in 2012, all at University College Dublin. [2]
She undertook her PhD in the Irish Centre for Colloid Science and Biomaterials, and then postdoctoral research, including a Marie Curie Individual Fellowship, at Physical Chemistry 1, Lund University, before returning to University College Dublin to support the establishment of the Centre for BioNano Interactions, where she was a researcher and Strategic Research Manager until early 2013. Lynch moved to the University of Birmingham in March 2013, joining the School of Geography, Earth and Environmental Sciences. [3] Her work centres on nanoplastics, which range in size from 1 – 100 nanometers (nm), and microplastics.
She specialises in the environmental health and safety implications of engineering nanomaterials and nanoscale plastic waste. [4] She has investigated the impact of water pollution on daphnia (also known as water fleas), specifically looking at how these plastics enter their gut. Her research has demonstrated that daphnia release proteins that attach in a process known as adsorption, which changes how organisms interact with the nanoplastics. [5]
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