B. Membrane interfaces driving cell dynamics

Cell membranes serve as dynamic interfaces, connecting cellular compartments and mediating interactions with both the internal and external milieu. In this research area, we investigate how membrane interfaces shape cellular homeostasis in response to internal and external stimuli. Our focus encompasses a comprehensive exploration of molecular mechanisms and functionalities associated with cell-cell interplay, membrane-cytoskeleton interactions, membrane composition and domains, as well as membrane receptor, signalling and transport functions. By studying the robustness and dynamics of these cellular processes, we will understand how biological systems sustain and restore their functions to ensure proper organismal development and health.

Groups involved in this research focus

• Biotechnology (Protein structure and design, Chair)
• Mathematic in Life Sciences (Chair)
• Genetics (Chair)
• Computational Biology (Professorship)
• Development Biology (Chair)
• Cell Biology (Chair) 
• Experimental Molecular Cell Dynamics (Professorship)
• Molecular Plant Physiology (Chair)
• Animal Physiology (Chair)