Engineering Living Systems

At the Centre for Molecular Cell Biology, we harness the molecular complexity of life to engineer biological systems with new functions and applications. By understanding the mechanisms that govern cellular processes, we are able to reprogramme cells and design synthetic biological systems.

Our research applies these principles to challenges in health, ageing, and sustainability. We develop engineered biological systems for therapeutic and industrial applications, including novel approaches to disease treatment, healthy lifespan extension, and the production of biohybrids.

We integrate synthetic biology, chemical biology, and systems-level approaches to design and control biological function. These efforts are supported by advanced imaging, biophysical analysis, and computational modelling, enabling precise manipulation of cellular systems across scales.

Through close collaboration across disciplines, our researchers translate fundamental biological insight into innovative technologies with real-world impact. This theme reflects our commitment to bridging discovery and application, using engineering approaches to shape the future of biotechnology and medicine.