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No todo es "cut-out": reclasificación de las complicaciones mecánicas del tornillo cefálico del clavo intramedular.

WADHWANI J, GIL MONZÓ ER, PÉREZ CORREA JI, GARCÍA ÁLVAREZ J, BLAS DOBÓN JA, RODRIGO PÉREZ JL.
Recepción:
14/03/2020
Aceptación:
14/03/2020
Publicación:
17/03/2020


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Resumen (ES)

The use of the intramedullary nail in extracapsular fractures of the proximal third of the femur is the most frequentstabilization system. In recent years, the biomechanical complications that affect this system have been increasing.A retrospective radiographic study of intertrochanteric fractures was performed followed by an analysis of thebiomechanical complications in zone 1 of the cephalic screw. Of the 548 cases, 85 cases (15.5%) of complications wereobserved, with "back-out" being the most frequent minor complication and "cut-out" the most frequent major complication.41% of the total fractures correspond to type 31-A2.3 AO / OTA. The basicervical fractures and 31-A2.3 have a high risk ofcomplications.The biomechanical origin that Lenich describes is important to understand as the surgical solution varies depending onwhether it is cut-out, cut-in (same origin of the biomechanical failure of the head screw) or cut-through (different origin) to,consequently, resolve them in the right manner.

Palabras clave (ES):

basicervicales
back-out
fracturas
cut-in
pertrocantereas
cut-out

Resumen (EN)

The use of the intramedullary nail in extracapsular fractures of the proximal third of the femur is the most frequentstabilization system. In recent years, the biomechanical complications that affect this system have been increasing.A retrospective radiographic study of intertrochanteric fractures was performed followed by an analysis of thebiomechanical complications in zone 1 of the cephalic screw. Of the 548 cases, 85 cases (15.5%) of complications wereobserved, with "back-out" being the most frequent minor complication and "cut-out" the most frequent major complication.41% of the total fractures correspond to type 31-A2.3 AO / OTA. The basicervical fractures and 31-A2.3 have a high risk ofcomplications.The biomechanical origin that Lenich describes is important to understand as the surgical solution varies depending onwhether it is cut-out, cut-in (same origin of the biomechanical failure of the head screw) or cut-through (different origin) to,consequently, resolve them in the right manner.

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