Cellular & Molecular Engineering
Our scientists are using engineering principles to design new technologies that will improve our abilities to succeed in all types of basic and translational research. For example, by developing new approaches to characterizing and monitoring molecular and cellular function, it will be possible to design new therapeutics that target abnormal cells and more effectively restore normal behavior.
The scientists working in this area are expert at deciphering molecular function, designing new interacting molecules, analyzing and designing enzymes, pathways, and networks. They aim to engineer sub-cellular, cellular, and synthetic systems for basic biological research, diagnostic applications, or delivery devices. The development of ultra-high resolution light and fluorescence imaging technologies will contribute to the understanding of interactions between single and multiple assemblies of cells and to the discovery of new cell-based therapeutics. Molecular and cellular engineering interfaces with computational and systems biology in modeling, design, and simulation of structure and function of biological systems on all scales. Our scientists are interested in:
- Understanding how the molecular machinery in cells functions at the atomic level to study cellular organelles, molecular motors, biological membranes, and individual proteins
- Developing techniques of genomics and proteomics for analyzing whole genome complements of proteins and transcripts
- Theoretical modeling of protein structures, protein function, and interacting systems of molecules that include signaling networks, molecular machines, and membrane proteins
- Designing molecules with specific biological or functional properties for understanding drug transport and developing novel approaches to drug delivery.
Image credit: all images © majedphoto.com except brain scan: Sarah Nelson. Some faculty member photos: UCSF School of Pharmacy faculty members.

















