The Ilizarov Architect: External Fixators of the Foot and Ankle
When the foot and ankle are decimated by high-energy trauma, severe infection, or profound diabetic Charcot neuroarthropathy, standard internal plates and screws are useless—they will simply tear out of the dead bone or become infected. The only salvage option is to bypass the compromised tissue entirely using a complex, external titanium scaffold. External Fixators of the Foot and Ankle is a fiercely technical, biomechanically intense surgical atlas detailing the application of Ilizarov and Taylor Spatial Frames. This volume provides the exact blueprints required to reconstruct the most devastated lower extremities.
Mastering Circular Fixation
The core philosophy of this text is tension-stress osteogenesis. The authors aggressively detail the principles discovered by Gavriil Ilizarov. It dictates exactly how to apply fine wires under high tension across the tibia and calcaneus, creating a rigid ring construct that allows the surgeon to actually grow new bone (distraction osteogenesis) to bridge a massive defect caused by an open fracture or a tumor resection.
Navigating the Charcot Foot and Complex Deformity
The book provides a masterclass in extreme salvage. It dictates the exact surgical pathways for utilizing hexapod (six-axis) external fixators (like the Taylor Spatial Frame) connected to specialized software. It rigorously details how to program the computer to slowly correct severe, multi-planar deformities of the foot, turning a collapsed, ulcerated Charcot foot back into a functional, plantigrade appendage over the course of several months.
Frequently Asked Questions (FAQs)
Is this a book about basic fracture casting?
Absolutely not. This is about advanced limb salvage using highly complex external ring fixators, representing the most extreme tier of reconstructive foot surgery.
Who is the primary audience?
It is the absolute, mandatory surgical atlas for Orthopedic Traumatologists, Foot and Ankle Specialists, and Limb Lengthening/Deformity Surgeons.
