Chemical Biology

By connecting fundamental research with biomedical applications, Chemical Biology contributes to the development of future therapeutics and innovative molecular technologies for research and clinical practice.

About Chemical Biology

Research seeks to understand how the structure, dynamics, and spatial organisation of biomolecules influence biological functions across cellular, tissue, and organismal scales.

Through interdisciplinary research, the fundamental principles of molecular recognition, enzyme function, and biological networks are explored to advance our understanding of living systems.

A central research objective is to elucidate how cellular signalling pathways are regulated and how variations in these mechanisms contribute to disease development and therapeutic responses.

Research advances knowledge of bioactive molecules and their interactions, providing a foundation for the development of targeted therapies for cancer, metabolic diseases, and infectious diseases.

Head of Section

Research focus

  • Cell Signalling
    Research into the mechanisms that govern communication between cells and regulate biological processes.
  • Biological Systems
    Investigating how the location and dynamics of biomolecules influence biological functions.
  • Chemical Design and Discovery
    Design of novel molecules, artificial enzymes, and self-assembling systems with biological functions.
  • Biomolecular Chemistry
    Studies of the structure, function, and interactions of biomolecules in living systems.
  • Therapeutic Development
    Development of new drug candidates and therapeutic strategies for a range of diseases.
  • Biomaterials and Interfaces
    Development of bio-inspired materials and interfaces for applications in health, energy, and sustainability.

Research groups

Through interdisciplinary approaches, the research groups advance new knowledge, technologies, and therapeutic strategies in areas including cellular signalling, molecular recognition, biomaterials, and drug discovery.

Contact

Knud J. Jensen
Professor
  • Job responsibility
    Head of Section