AO / Synthes Proximal Posterior Medial Tibia Plate. Tibial Plateau Fx. Osteosynthesis
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1 Tibial Plateau Fx. Osteosynthesis Articular Fractures Osteosynthesis Characteristics of the LCP system LCP 3.5 system LCP 4.5 system Many different traditional plates (small, large) Lag screws Rafting + Angular stable screw placement (if desired!) Very few new instruments Anti-glide plate No advantage of 4,5 mm. plates compared to small fragment plates Koval JOT 99 AO / Synthes Proximal Posterior Medial Tibia Plate Application to Sagital Fracture Pattern Posterior Medial Tibial Pillar Application to Posterior Coronal Shear Pattern Direct Posterior Plating buttress plate, angle stable locking screws (3.5 mm) curved more at the proximal lateral edge angle of the screws in the tibia plateau horizontal distal part of the plate close to the bone 5 6 1
2 Combination Articular Fx / Metaphysis / Shaft Screw fixation of joint fragments, side plate (locking screws) FL 14weeks Mechanics/biomechanics of plate/screw fixation Locking compression plate (LCP) Plate fixation with conventional screws Screws in tension Plate/bone friction Compression at fracture site Disturbed blood supply dynamic compression unit conical and threaded unit Plate fixation with locking head screws (LHS) Screws in shear Noncontact plate No compression of fracture Preserved blood supply 9 10 The LCP-combi hole Locking Compression Plate 5.0 locking head screws (lhs) 5.0 locking head screws (lhs/cs) 4.5 cortical screw (cs) 5.0 distance holders (Spacer) 2
3 Biological advantages Functions of locking head screws (LHS) Reduced compression of the periosteum Protects blood supply to the bone Callus formation/bone healing under the plate bone after plating with a DCP bone after plating with a LCP AO Foundation Education Compression and bridging with LCP AO Foundation Education Bridging osteosynthesis Compression Bridging New AO Standard LISS (less invasive stabilization system) proximal tibia LISS System Femur & Tibia left side distal femur Fx C2 proximal tibia Fx C2 right side tibial plateau Fx C2 N., W., 23 y., MHH 3
4 LISS System Femur & Tibia 42-year-old, complex tibial shaft fracture C3, open 6 mo. postop N., W., 23 y., MHH 42-year-old, complex tibial shaft fracture C3, open Multifragmentary proximal tibial fracture, 41-C2 83-year-old woman (with osteoporosis), hit by car as pedestrian preoperative x-ray postoperative x-ray follow-up x-rays after 6 months follow-up x-rays after 1 year Articular fracture Principle: absolute stability Method: interfragmentary compression Technique: conventional plating (ORIF) 5 months postop 22 Multifragmentary metaphyseal fracture Principle: relative stability Method: splinting Technique: MIPO Case from Michael Wagner, Wien Open tibial shaft fracture, 42-C2 (slide 1 of 2) 50-year-old man, skiing injury Open tibial shaft fracture, 42-C2 (slide 2 of 2) 50-year-old man, skiing injury preoperative x-ray reduction and fixation postoperative x-rays Simple metaphyseal fracture Principle: absolute stability Multifragmentary shaft fracture Principle: relative stability Method: compression Method: locked splinting Technique: ORIF Technique: less invasive follow-up x-rays after 6 weeks follow-up x-rays after 6 months follow-up x-rays after 8 months indirect bone healing direct bone healing 23 Case from Christian Ryf, Davos 24 Case from Christian Ryf, Davos 4
5 Summary/take-home message Compression plating after anatomical reduction in articular and simple fractures. Unicondylar tibial plateau fracture and shaft fracture Screw / plate osteosynthesis and nail Kubiak JOT 2008, Josten Unfallchirurg 2009 Splinting/bridge plating in multifragmentary fractures to minimize amount of additional trauma (MIPO). Locking head screws always with locking compression plates; better fixation, convenient in osteoporosis, technical and biological reasons
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