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General Orthopaedics

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Orthopaedic Proceedings
Vol. 94-B, Issue SUPP_XXXIX | Pages 217 - 217
1 Sep 2012
Majed A Krekel P Charles B Neilssen R Reilly P Bull A Emery R
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Introduction

The reliability of currently available proximal humeral fracture classi?cation systems has been shown to be poor, giving rise to the question whether a more objective measure entails improved predictability of surgical outcome. This study aims to apply a novel software system to predict the functional range of motion of the glenohumeral joint after proximal humeral fracture.

Method

Using a validated system that simulates bone-determined range of motion of spheroidal joints such as the shoulder joint, we categorically analysed a consecutive series of 79 proximal humeral fractures. Morphological properties of the proximal humerus fractures were related to simulated bone-determined range of motion.