Copenhagen, Capital Region of Denmark, Denmark
I’m a Senior Principal Scientist with 15+ years of experience in stem cell biology and immunology, with a strong focus on developing cell-based therapies for type 1 diabetes. My scientific expertise spans pluripotent stem cells, islet and beta cell biology, and cell therapy, with additional experience in mesodermal lineages including kidney and cardiomyocytes. I’ve worked extensively across both research and CMC, including: Developing protocols for differentiating human pluripotent stem cells into pancreatic endocrine cells Assay development to assess differentiation efficiency, potency and safety GMP strategy, scale-up, and tech transfer of protocol and assays In parallel, I’ve led multiple early-stage research projects, built and guided cross-functional teams, and driven alignment across stakeholders to move innovation forward. I have hands-on experience engaging with external CROs and key opinion leaders, and have contributed to several due diligence efforts evaluating external assets. My academic foundation includes postdoctoral training at Harvard, 25+ peer-reviewed publications, and 7 patents/patent applications. I’m deeply embedded in the global cell therapy community, with strong connections across both academic and industry landscapes. I combine an innovative mindset with a sharp focus on execution—helping teams work smart and efficiently in complex organisations. I also actively explore AI tools, including large language models, for both daily tasks - such as drafting LinkedIn information 😉- and advanced data processing and analysis.
Department of Stem Cell and Regenerative Biology
My PhD project is focused on a group of pattern recognition molecules termed Ficolins. The Ficolins participate in the innate immune defence through recognition of specific patterns on the surface of invading pathogens and altered self. Through activation of the complement system, the Ficolins are capable mediating clearance of pathogens but also of dying host cells, a function critical for tissue homeostasis.