Research Focus
My research focuses on understanding how emerging pollutants — including tyre wear particles, micro- and nanoplastics, food contact materials, and food additives — affect human health at the cellular and molecular level. Using advanced in vitro human model systems, I combine molecular biology techniques with high-resolution imaging approaches to investigate how the physicochemical properties of (nano)particles influence cellular responses and intracellular behaviour. A central theme of my work is organelle dynamics and inter-organelle communication. Key methodologies include transmission electron microscopy (TEM), dynamic light scattering (DLS), laser scanning confocal microscopy, expansion microscopy, toxicity assays, as well as OMICS-based and targeted molecular analyses. Ultimately, my research aims to improve hazard assessment strategies from a Safe-and-Sustainable-by-Design perspective, contributing to more effective protection of public health.