Creating a comprehensive molecular and cellular blueprint of human implantation. Our research investigates the complex interactions between embryo and endometrium, focusing on key factors that determine successful pregnancy, including the role of trophoblast cells, endometrial receptivity, and immune responses.
Advancing our understanding of implantation in food production animals to enhance reproductive efficiency and sustainability. This work package examines the molecular mechanisms underlying successful implantation in livestock, aiming to reduce pregnancy losses and improve breeding outcomes.
Developing next-generation research tools and models to transform implantation research. Our innovative platforms combine bioengineering, artificial intelligence, and stem cell technology to create sophisticated systems for studying and manipulating the implantation process in both humans and livestock.
