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Orthopaedic Proceedings
Vol. 94-B, Issue SUPP_XXI | Pages 97 - 97
1 May 2012
Y. J A. K
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Aim

To delineate which of four common and easily constructed Ilizarov frame configurations is best at resisting shear displacement.

Methods

Four Ilizarov frames were constructed on Sawbones™ Tibiae taking into account soft tissue and neuro-vascular limitations in frame design. The designs consisted of a standard all wire frame, an opposing olive wire standard frame, a perpendicular trans-fracture opposing olive wire frame and a perpendicular half pin frame. These were tested over three cycles in compression on a load-testing machine with movement in the plane of the fracture measured using a clip gauge. Each frame was tested to the maximum displacement of the clip gauge or a total single cycle compressive load of 700N, whichever limit occurred first.