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DOI: 10.1055/s-0038-1632694
Biological fracture fixation: a perspective
This work was supported by grants from the EP Taylor Equine Research Fund, Ontario, Canada, AO Vet, Davos, Switzerland, the Mohill Orthopaedic Research Initiative, Ontario, Canada and the Adelaide Bone and Joint Research Foundation, South Australia, Australia.Publikationsverlauf
Received
05. März 2001
Accepted
17. April 2001
Publikationsdatum:
09. Februar 2018 (online)
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The concept of biological fracture fixation encompasses a reduction in soft-tissue trauma at the time of surgery, usually involving percutaneous application of plates. This is combined with the implantation of reduced amounts of hardware; the desired result is a fracture that repairs through indirect bone union with the formation of callus. The end result is a fracture that heals faster and is stronger, at least in the healing phase.
Biological fixation is not uncommonly utilized in human orthopaedics, particularly for diaphyseal fractures which involve a number (>2) of fragments with articular disruption. This methodology may also have application in veterinary orthopaedics, particularly small animals or the juvenile equid.
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