Institute of Biological Chemistry, Biophysics and Bioengineering (IB3)
Advancing life sciences through interdisciplinary innovation
At the Institute of Biological Chemistry, Biophysics and Bioengineering (IB3), we bring together the chemical, physical, and engineering sciences to drive innovation in the life sciences.
Our interdisciplinary approach is at the heart of our research—enabling transformative insights into complex biological systems and supporting the development of new technologies for healthcare, diagnostics, and biotechnology.
A collaborative research environment
IB3 provides a unique environment for integrative, cross-disciplinary research. Our strength lies in the close collaboration between researchers across biology, chemistry, physics, and engineering, fostering novel solutions to scientific and societal challenges.
Our research
Our work sits at the forefront of interdisciplinary science, focusing on the interfaces between quantitative biology, chemistry, physics, and engineering. This is a high-impact area of national and international priority, with our research supported by a broad portfolio of funders including EPSRC, MRC, BBSRC, STFC, and the Wellcome Trust.
Driving Innovation at the Interface of Disciplines
At IB3, our goal is to maintain a world-leading centre of excellence in interdisciplinary life science research. We do this by:
- Building on a strong foundation of collaborative, cross-disciplinary science
- Securing and sustaining diverse funding across sectors
- Developing extensive networks with academic, clinical, and industrial partners
Our researchers share common interests in applying advances from the physical and engineering sciences to enhance life science discovery—from fundamental biological understanding to translational technologies.
World-class Facilities
Our research is supported by a strong foundation of technical expertise and shared facilities, enabling world-class experimentation and discovery.
Our researchers have access to a comprehensive suite of state-of-the-art infrastructure, all located within a single, purpose-designed complex. This includes:
- Advanced cell biology and tissue culture laboratories
- High-resolution molecular imaging systems
- Atomic force microscopy and nanoscale characterisation tools
- Bioprocessing and biochemical engineering suites
- Specialist laser and optical laboratories
- High-speed data networks enabling seamless data acquisition and analysis
This integrated environment enables our researchers to collaborate seamlessly and drive forward impactful science across disciplines.
