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[Stable osteosynthesis in reconstructive surgery of the hand]
Handchirurgie
|January 1, 1976
Summary
Stable fixation of the hand skeleton using biomechanically sound metal implants is crucial for reconstructive surgery. This technique restores lever arm function, aiding in bone repair, grafting, fusions, and transfers for improved hand function.
Area of Science:
- Orthopedic surgery
- Biomedical engineering
- Hand reconstruction
Context:
- Reconstructive procedures for hand deformities and injuries.
- Need for stable skeletal fixation in complex hand surgeries.
- Importance of biomechanical principles in implant design.
Purpose:
- To highlight the merits of stable skeletal fixation in hand surgery.
- To discuss applications in osteotomy, bone grafting, joint fusion, and digit transfers.
- To emphasize the role of biomechanically sound metal implants.
Summary:
- Stable fixation of the hand skeleton is essential for various reconstructive procedures, including malunited fracture osteotomies, bone grafting for substance loss, joint fusions, and digit/metacarpal transfers.
- It also benefits combined bone, tendon, and skin procedures.
- The primary goal is the immediate restoration of the extremity's motor system lever arm function.
Impact:
- Facilitates successful reconstructive outcomes in hand surgery.
- Enables restoration of hand function through stable skeletal support.
- Promotes the use of biomechanically principles for effective metal implant utilization.