Health sciences and technologies
This department brings together cutting-edge expertise in the fields of biophysics, structural characterization of biological systems, chemistry for living organisms, cell and tissue bioengineering, biomedical imaging and physiopathology. Using multidisciplinary and translational approaches, the research teams in this department aim to increase knowledge in the field of health by associating it with innovative technological developments.
As part of its scientific programs, the Health sciences and technologies department maintains a unique research continuum on the cellular and molecular aspects of living organisms, that also encompasses clinical applications.
This cross-disciplinary approach is a strong advantage that helps with improving our knowledge of how living things work, confronting the associated technological challenges and addressing major human health issues.
- Director: Gilles Guichard - CNRS Director of Research (Membrane and nano-object chemistry and biology - CBMN)
- Deputy director: Hélène Bœuf - CNRS Director of Research (Tissue bioengineering - Biotis)
- Deputy director: Olivier Bernus - Professor at the University of Bordeaux (Bordeaux Cardiothoracic Research Center - CRCTB and Electrophysiology and Heart Modeling Institute - IHU Liryc)
The researchers in this department are developing an ambitious, multidisciplinary and translational research program that addresses the major societal issues in the field of health. Chemists, biologists, physicists, physiologists, pharmacologists, bioimaging specialists and clinicians work together to improve our understanding of living organisms and propose new therapeutic solutions.
These research topics are grouped around five main themes:
- Biophysics and structures of complex assemblies
- Chemistry-biology, bioinspired chemistry and vectorization
- Cellular and tissue bioengineering
- Biomedical imaging
- Physiopathology and translational research
- 5 research units, 2 project structures, 4 platforms
- 3 doctoral schools & 99 doctoral students; 447 staff incl. 193 researchers and lecturer-researchers
- 8 companies/start-ups, a hosted transfer center
Component structures of the departement
This department is composed of 5 primary units.
- Natural and Artificial regulations (ARNA - Inserm U1212, Dir. Philippe Barthélémy, CNRS UMR 5320)
- Laboratory for the Bioengineering of Tissues (Biotis, Inserm U1026, Dir. Jean-Christophe Fricain, CNRS)
- Cardiothoracic Research Center of Bordeaux (CRCTB - Inserm U1045, Dir. Roger Marthan)
- Institute of Chemistry and Biology of Membranes and Nano-Objects (CBMN - UMR 5248 CNRS - Bordeaux INP, Dir. Sophie Lecomte, CNRS)
- Center for Magnetic Resonance of Biological Systems (CRMSB, CNRS UMR 5536, Dir. Sylvain Miraux, CNRS)
Two other structures are also associated with this department:
- Electrophysiology and Heart Modeling Institute (University Hospital Institute - IHU LIRYC, Dir. Michel Haïssaguerre)
- European Institute of Chemistry and Biology (IECB, Dir. Rémi Fronzes, CNRS)
The council is composed of 25 members, including 13 lecturer-researchers, 8 support staff and 4 doctoral students and post-doctoral students.
- Biophysical-Chemistry of Structures Platform of the European Institute of Chemistry and Biology, Dir. Rémi Fronzes, UMS 3033/US001 (IECB)
- Biomedical Imaging Platform, Dir. Sylvain Miraux, UMS 3767 (IBIO)
- Technological Platform for Biomedical Innovation, Dir. Pierre Dos Santos (PTIB)
- Technological Innovations Module (IT) of the Bordeaux Center for Clinical Investigation, Dir. Laurence Bordenave (CIC 14.01)
- Doctoral School for Life and Health Sciences
- Doctoral School for Physics and Engineering
- Doctoral School for Chemical Sciences
- Bordeaux University Hospital
05 57 57 95 60 (Tuesdays, Wednesdays, Fridays)
Contact by email
Discover our multidisciplinary, interdisciplinary and international research!
Biochemistry, biophysics, structural biology, chemistry of life, organic chemistry, chemobiology, vectorization, biomaterials, biological matrices, stem cells, tissue regeneration, diagnostic and interventional MRI, instrumentation and multi-modality, physiopathology, cardiac, vascular, pulmonary and bone imaging and therapeutics.