We plan to develop innovative tools to measure and characterize MNPs and potential contaminants in food, water and air.
We are committed to understanding the effect of MNPs combined with potentially harmful environmental contaminants adhering to their surfaces and finding their way into the human body.
We aim to examine a possible link between MNPs and their role in food allergy and allergic asthma.
By integrating the GEPARD software with a custom-trained machine learning model, Imptox researchers from HES-SO have made microplastic detection faster and more accurate.
A global gathering of scientists in Croatia explores the impact of climate change and micro and nanoplastics, with top researchers collaborating on solutions for a healthier future.
On August 27th, 2024 Imptox researchers will discuss their latest findings on MNPs, and their effects on water environments. Register now and join the discussion!
Prof. Andreja Rajkovic of Ghent University delves into the complex interactions between microplastics, nanoplastics, and food safety.