Complex Proximal Humeral Fractures (Three or Four Part) with Dislocation: Outcome Analysis of Percutaneous Reduction and External Fixation

Abstract

1.1.Background: The complex fractures of the proximal humerus remain dilemmas far as treatment is concerned. Although better-quality techniques of internal fixation and prosthetic replacement are introduced effectively in the field of operative fracture care, management of complex fractures of the proximal humerus for head preserving modalities in injuries involving the humeral head remains to be a major factor concerning the trauma surgeon. 1.2.Materials & Methods: Thirty nine patients with complex three or four part proximal fracture of humerus with dislocation of humeral head were treated and analyzed for results of percutaneous reduction and external fixation. All Patients were subjected to careful closed reduction under general anesthesia with optimal relaxation and fluoroscopic control followed by percutaneous external fixation of proximal humerus in optimal position. The patients were evaluated clinically and radiologically for a period till union or 10 months, whichever was earlier. One patient had an incomplete brachial plexus injury, which was yet to recover completely at the end of last follow up 10 months, with acceptable hand, elbow and shoulder function. 1.3.Results: Percutaneous reduction & external fixation to treat complex fractures of the proximal humerus produces good results, if correct re-position and biological principles are respected. Most of the patients were pain-free and the shoulders functioned well despite the severity of shoulder injury. 1.4.Conclusion: Percutaneous reduction and external fixation is a reasonable and logical approach to treat complex proximal humeral head fractures, rather than conservative treatment and before hemi-arthroplasty by prosthesis is considered, in view of the acceptable results obtained. Our study shows that complex fractures of the proximal humerus should be treated initially by head preserving procedures. The probable revascularization of the humeral head occurs by creeping substitution as the shoulder is non weight bearing joint.