Theme Leader
Projects in the “Fundamental aspects of osteoarticular repair” theme aim to strengthen current knowledge of the pathophysiological and fundamental aspects of osteoarticular repair.
The projects
Evaluation of the influence of diabetes on bone healing
Principal investigators: F. Anagnostou, H. Petite
Investigators: M. Bensidhoum, S. Pallu, H. Portier, V. Bousson, J. Ding, W. Ndjidda Bakari
This project focuses on the development of cellularized materials for filling lost bone substance in diabetic patients, and the underlying molecular and cellular mechanisms involved. – Read more –
Understanding and reduction of periprothetic osteolysis
Principal investigators: M.Hamadouche, M. Bensidhoum
Investigators: E. Gibon
The aim of this project is to reduce the formation of debris in metal-polyethylene couples in total joint replacement by improving the mechanical strength of polyethylene. – Read more –
Effect of the physical exercise on bone formation
Principal investigators: H. Portier, M. Bensidhoum
Investigators: S. Pallu, C. Jaffré, C. Chappard, A. Xavier, L. Ding
This project studies the effects of different exercise protocols on bone quality and repair. – Read more –
Cortical bone analysis
Principal investigators: V. Bousson, J.D. Laredo
Investigators : S. Pallu, S. Guinebert, L. Taihi
This project investigates the microstructure of cortical bone, its evolution with age and its link with osteoporotic fracture. – Read more –
Biomedical innovations in orthopaedics: a biophysical approach
Principal Investigator: M. Bachy
Investigators: J.C. Aurégan, M. Bensidhoum, T. Hoc, L. Rouquier, G. Xiong
These projects are part of a disruptive innovation approach aimed at improving patient well-being and quality of life. – Read more –