Taylor Spatial Frame; external fixator in orthopedic surgery to correct complex limb deformities скачать в хорошем качестве

Taylor Spatial Frame; external fixator in orthopedic surgery to correct complex limb deformities

The Taylor Spatial Frame (TSF) is a highly advanced external fixator used in orthopedic surgery to correct complex bone deformities, lengthen limbs, and treat fractures. It’s based on the principles of the Ilizarov technique but adds a powerful twist—literally and mathematically. 🛠️ What Makes It Special? Hexapod Design: The TSF uses two or more rings connected by six adjustable struts, allowing precise movement in all directions—translation, rotation, angulation, and length. 3D Correction: Surgeons input measurements into specialized software, which calculates daily adjustments to the struts. This lets patients gradually realign bones over time. Versatility: It’s used for both upper and lower limbs, in children and adults, and can treat trauma, congenital deformities, malunions, and non-unions. 🧠 Invented By Dr. J. Charles Taylor, an orthopedic surgeon from Memphis, USA, developed the TSF in the 1990s to overcome limitations of earlier fixators. 🧬 How It Works Once the frame is attached to the bone via pins or wires: Post-op imaging defines the deformity. Software generates a “prescription” of strut adjustments. Patients or caregivers adjust the struts daily. Bone gradually realigns and heals over weeks to months. #Fixator