Publication | Closed Access
Osseointegration in skeletal reconstruction and rehabilitation: a review.
652
Citations
14
References
2001
Year
Tissue EngineeringSkeletal ReconstructionLimb ReconstructionEngineeringBone RepairSurgeryBiomedical EngineeringOsteoporosisOrthopaedic SurgeryOrthopaedic BiomaterialsBone TissuesRegenerative BiomaterialsBone RemodelingStable FixationLimb RestorationImplantologyLiving BoneFracture HealingMusculoskeletal SurgerySoft Tissue ReconstructionMedicinePlastic Surgery
The loosening of implants from bone tissues has been a cause of problems in reconstructive surgery and joint replacement. The thought for decades has been that the layer of fibrous tissue that develops around the implant diminishes the integrity and mechanical stability of the implant/bone interface (1). During the 1950s it had been shown by Branemark that chambers made of the metal titanium could become permanently incorporated with bone. That is, the living bone could become so fused with the titanium oxide layer of the implant that the two could not be separated without fracture (2). Branemark introduced the term “osseointegration” to describe this modality for stable fixation of titanium to bone tissue.
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