Work at the Unit of Medical Biochemistry is dedicated to understanding the molecular processes that drive health and disease. Our research focuses on the biochemical and cellular mechanisms underlying cancer, neurodegeneration, metabolism, and cell signaling. By combining expertise in gene regulation, oncogenic transcriptional networks, neuronal cell function, neurotoxicity, hormone-dependent signaling, and communication within the tumor microenvironment, we aim to uncover how normal biological processes become disrupted in disease. 

Our work connects fundamental molecular research with clinically relevant questions. We investigate how cells respond to internal and external signals, how these responses influence disease progression, and how specific molecular pathways may be targeted for therapeutic benefit. Through interdisciplinary approaches and collaboration, the Unit contributes to a deeper understanding of complex diseases and supports the development of innovative strategies for diagnosis, prevention, and treatment. As such, we provide a strong foundation for translational research and help train the next generation of scientists in molecular and biomedical research. 

The Unit of Medical Biochemistry is also actively involved in teaching and training at all levels of academic education, from undergraduate courses to postgraduate and doctoral programmes. Our teaching activities provide students with a strong foundation in biochemistry, molecular biology, cell biology, and disease-related mechanisms, while also highlighting the relevance of these disciplines for medicine and biomedical research.