The main goal of my research is to develop advanced in vitro models of gynecological diseases, with a particular focus on ovarian and breast cancer and endometriosis, using organ-on-a-chip platforms. My approach aims to achieve a balance between biological fidelity and methodological simplicity, enabling the systematic investigation of cellular and microenvironmental interactions while maintaining experimental robustness and reproducibility. By integrating microfluidic engineering with cellular and tissue biology, I seek to develop physiologically relevant models that better recapitulate in vivo conditions.
Apart from science, I am interested in ceramics, ornithology and I like hiking in the mountains.