Plaque LCP condylienne 4.5-5.0 - Abord mini-invasif.pdf - Synthes

RéférencesPlaques sous-cutanées et traitement des structuresvasculairesBaumgaertel, M. et al. “Fracture healing in biological plateosteosynthesis.” Injury. 1999;29,3.Farouk, O., C. Krettek, T. Miclau, P. Schandelmaier, and H.Tscherne. “Effects of percutaneous and conventional platingtechniques on the blood supply to the femur.” Archives ofOrthopaedic Trauma Surgery. 1998;117.Farouk, O., C. Kerttek, T. Miclau, P. Schandelmaier, P. Guy,and H. Tscherne. “Minimally invasive plate osteosynthesis:does percutaneous plating disrupt femoral blood supply lessthan the traditional technique?” Journal of OrthopaedicTrauma. 1999;13,6.Gerber, C., J.W. Mast and R. Ganz, “Biological internal fixationof fractures.” Archives of Orthopaedic Trauma Surgery.1990;109.Krettek, C., P. Schandelmaier, T. Miclau, and H. Tscherne.“Minimally invasive percutaneous plate osteosynthesis(MIPPO) using the DCS in proximal and distal femoral fractures.”Injury. 1997;28,1 (suppl).Krettek, C. and T. Miclau, “Minimally invasive plate osteosynthesisand vascularity: preliminary results of a cadaver injectionstudy.” Injury. 1996;10,6.Krettek C. et al. “Transarticular joint reconstruction and indirectplate osteosynthesis for complex distal supracondylarfemoral fractures.” Injury. 1997;28,1 (suppl).Krettek, C., P. Schandelmaier, and H. Tscherne. “TransarticulareRekonstruktion, Perkutane Plattenosteosynthese undRetrograde Nagelung.” Unfallchirurg. 1996;99.van Riet, Y., C. van der Werken, and R. Marti, “Subfascialplate fixation of comminuted diaphyseal femoral fractures:a report of three cases utilizing biological osteosynthesis.”Injury. 1997;28,1 (suppl).Wenda, K. et al. “Minimally invasive plate fixation in femoralshaft fractures.” Injury. 1997;28,1 (suppl).Construction avec vis de verrouillageKoval, K. et al. “Distal Femoral Fixation: A BiomechanicalComparison of the Standard Condyle Buttress Plate, aLocked Buttress Plate, and the 95-Degree Blade Plate.”Journal of Orthopaedic Trauma. 1997;11,7.Tepic, S. and S.M. Perren, “Biomechanics of the PC-FixInternal Fixator.” Injury. 1995;26,2 (suppl).Implants relatésKarnezis, I.A., A.W. Miles, J.L. Cunningham and I.D Learmouth.“Biological Internal Fixation of Long Bone Fractures:A Biomechanical Study of a Noncontact Plate System.”Injury. 1998;29,9.Koval K. et al, “Distal Femoral Fixation: A Laboratory Comparisonof the 95° Plate, Antegrade and Retrograde InsertedReamed Intramedullary Nails.” Journal of OrthopaedicTrauma. 1996;11,7.Miclau, T. et al. “A Mechanical Comparison of the DynamicCompression Plate, Limited Contact-Dynamic CompressionPlate, and Point Contact Fixator.” Journal of OrthopaedicTrauma. 1995;9,1.Simonian P., G. Thompson, W. Emley, R. Harington, A.Tencer, and S. Berniscke. “Angulated Screw Placement inthe Lateral Condylar Buttress Plate for Supracondylar FemurFractures.” Injury. 1998;29.Autre référence utilesKrettek, C., T. Miclau, O. Grün, P. Schandelmaier, andH. Tscherne. “Intraoperative Control of Axes, Rotation andLength in Femoral and Tibial Fractures.” Injury. 1998;29,3(suppl).Réduction indirecteBolhofner, B.R., B. Carmen, and P. Clifford. “The results ofopen reduction and internal fixation of distal femur fracturesusing a biologic (indirect) reduction technique.” Journal ofOrthopaedic Trauma. 1996;10.Ruedi, T., C. Sommer and A. Leutenegger. “New techniquesin indirect reduction of long bone fractures.” ClinicalOrthopaedics and Related Research. 1998;347.Mast, Jeffrey et al. Planning and Reduction Technique inFracture Surgery. Springer Verlag. 1989.36 Synthes Instrumentation percutanée et arceau viseur pour plaques condyliennes LCP 4.5/5.0 Technique opératoire