The Designer Membranes and Bio-inspired Interfaces Symposium, organised by Dr. Roger Rubio Sánchez at Wolfson College, Cambridge, recently concluded after two days of vibrant and intensive cross-disciplinary exchange. The event brought together physicists, chemists, biologists, and engineers to explore the evolving fundamental and applied role of membranes and interfaces.
The international symposium featured a diverse line-up of leading academics at the forefront of the field: Dr. Claudia Bonfio, Dr. Yuval Elani, Prof. Paul Beales, Prof. César Rodriguez Emmenegger, Prof. Laura Álvarez, Prof. Mark Wallace and Dr. Claudia Contini. Their presentations showcased the state-of-art in membrane and interface science, from fundamental biophysics to applied biosciences.
The programme highlighted three rapidly-advancing frontiers:
- The development synthetic membranes (lipid, polymers, or protein-based) with prescribed structural and functional properties for versatile applications.
- The construction and deployment of sophisticated tools, ranging from single-molecule imaging platforms to microfluidic devices, to study membrane biology and engineer next-generation membrane-based biotechnologies
- The construction of synthetic cells with life-like behaviours, spanning from sensing and signalling to pathways for controlled motion and division, building new foundations for bottom-up engineering biology.
After two days of insightful discussions and scientific exchange, the overarching message for the community going forward is that membranes are not just passive assemblies, but rather programmable substrates. This approach allows to uncover fundamental insights into biological processes as well as to develop platforms with versatile applied potential. Excitingly, this cross-disciplinary community is paving the way for adaptive, bio-inspired technologies that could revolutionize healthcare, from smart sensors to autonomous therapeutic carriers.
Acknowledgments: This event was co-sponsored by the BBSRC, the Engineering Biology Interdisciplinary Research Centre, and the Cambridge Centre for Physical Biology, with additional support from the Institute of Physics (IOP).
Author Information
Dr. Roger Rubio Sánchez
Research Fellow, Department of Chemical Engineering and Biotechnology, University of Cambridge