The members of the Biomaterials department (Biomat) are experts in carbonated calcium phosphates, and biodegradable and electroactive polymers for Health. Within the Research Unit SAINBIOSE (Inserm U1059, sainbiose-lab.fr), they develop scientific excellence in the in vitro study of the biological and biomechanical behavior of biomaterials and implants, and develop microphysiological models for biology, medicine, and surgery in osteoarticular fields.
Head
David Eglin
Email: david.eglin@mines-stetienne.fr
Phone: +33 4 77 42 02 24
Areas of Expertise
Core Competencies
- Design and characterization of biomaterials.
- In vitro study of biological interactions with materials.
- Analysis and modeling of biocorrosion phenomena.
- Development of personalized and bioinstructive implants for medical applications.
Fields of activity
- Medical Devices: innovation in materials to meet current biomedical challenges
- Bone Regeneration: design of custom implants adapted to patients’ specific needs.
- Joint Prostheses: biocorrosion analysis to improve durability and biocompatibility.
Research Areas
- Materials and Biological Interfaces
In-depth in vitro analysis of interactions between biomaterials and biological systems to optimize the performance and safety of medical devices. - Custom Implants for Bone Regeneration
Development of personalized, biocompatible, and functional solutions designed to promote bone tissue regeneration. - Biocorrosion and Joint Prostheses
Study of corrosion mechanisms in metallic implants used in orthopedics to extend their lifespan while reducing biological complications.
Research unit
The Biomaterials Engineering (BioMat) department collaborates closely with the UMR INSERM U1059 – SAINBIOSE – LBTO Team to develop innovative solutions in the field of osteoarticular health. This synergy is based on several strategic axes:
- Material-Biology Interactions
Study of interfaces between biomaterials and biological systems - Bone Regeneration
Development of custom and bioinstructive biomaterials, such as calcium phosphate implants, to repair complex fractures. - Biocorrosion and Tribology
Analysis of metallic implants to increase their durability and biocompatibility. - Translational Research
Transfer of biomedical innovations to clinical applications, particularly in orthopedics and rheumatology.
This collaboration, based on an interdisciplinary approach, addresses current scientific and medical challenges in the field of implantable medical devices.
Contact and Practical Information
- Head
David Eglin - Email
david.eglin@mines-stetienne.fr - Phone
+33 4 77 42 02 24
- Address
École des Mines de Saint-Étienne
Centre for Biomedical and Healthcare Engineering
10, rue de la Marandière,
42270 Saint-Priest-en-Jarez, France - Transport
Tram T1 or T3, “Hôpital Nord” stop (terminus)