Titlebook: Bone Implant Grafting; M. W. J. Older (Consultant in Orthopaedic and Trau Book 1992 Springer-Verlag London Limited 1992 Bone Grafting.Chir

拖債

https://doi.org/10.1057/9781137411549ory and biology of autografts and processed allografts. A number of reports in the literature indicate that bone grafts may have a failure rate approaching 25% (Mankin et al. 1987). The failure is a result of inadequate revascularisation and mineralisation of the bone graft. Immunological rejection

Introduction

AUGUR

BACLE

誘拐

https://doi.org/10.1007/978-1-349-05670-50%, of which 30% are combined with autogenous and homogenous grafts. The reasons for failure include aseptic loosening, infection, recurrent dislocation, excessive wear and osteolysis. Aseptic loosening is the major cause.

PALL

Robert Giddings (Senior Lecturer)ral bone layer with a metal mesh. From a biomechanical point of view it is very important that a stress pattern in the acetabular region is created comparable to the normal situation (Crowninshield et al. 1983). A trend towards a more biological reconstruction with bone grafts has therefore taken pl

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預(yù)知

Christopher Collier,Joanna Figielst to insert morsellised bone inside the cavity and use a press fit implant. This chapter concerns cortical grafts that are necessary when host bone is inadequate for intra-medullary grafts (Fig. 11.1a,b).

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