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.
Imptox scientists developed a fast and highly efficient method to isolate microplastics from human stool samples, opening new possibilities for large-scale biomonitoring and exposure research.
A new study led by Imptox partner, the Medical University of Vienna shows that PET microplastics can remain in the lungs and alter immune responses linked to allergies in mouse models, highlighting potential health implications of microplastic exposure.
CUSP is holding a webinar to launch the upcoming CUSP Research Roadmap on October 31st, 12 pm CET.
A new study by Imptox researchers reveals how everyday microplastics can hitch a ride into our digestive system, interact with gastrointestinal enzymes and food proteins, and subtly interfere with how our body breaks down food.