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Orthopaedic Proceedings
Vol. 95-B, Issue SUPP_8 | Pages 7 - 7
1 Feb 2013
Griffiths D Young L Obi N Nikolaou S Tytherleigh-Strong G Van Rensburg L
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The current standard for treatment of humeral shaft fractures is in a functional humeral brace. Aims: To further assess the union rate for this mode of treatment and to delineate and any fracture type less likely to go on to union.

Retrospective radiographic and clinical review of 199 consecutive acute adult humeral shaft fractures. 43 operated on acutely (including all open fractures). Remaining 156 fractures treated in a humeral brace. Non union was determined as delayed fracture fixation or no evidence of union at 1 year. Union rate 82.9% with 88.5% follow-up. 16 of the 24 non unions were proximal third (all but one spiral/oblique): 71.4% union rate. Middle third fractures 87.3% and distal third shaft fractures 88.9 % union rate. Union rate of fractures with 3+ parts inclusive of all regions of the shaft was 95.6%.

The union rate in this study is not as high as has previously been reported for functional brace treatment. A lower threshold for intervention in proximal third spiral/oblique humeral shaft fractures may be indicated. Fracture site comminution is a very good prognostic indicator.


Orthopaedic Proceedings
Vol. 94-B, Issue SUPP_XXXVII | Pages 421 - 421
1 Sep 2012
Young L Kent M Rehmatullah N Chojnowski A
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Purpose

To analyse the early results of unconstrained pyrocarbon joint replacements in patients with osteo-arthritis of the metacarpo-phalangeal joints.

Background

Silicone arthroplasty, as introduced by Swanson in 1962 has remained the most popular procedure to treat arthritis of the metacarpo-phalangeal (MCP) joints. However, despite providing good pain relief, they have shown to demonstrate breakage rates up to 82% at 5 years. This is of great concern in the osteoarthritis (OA) patient group, who tend to be younger and have higher functional demands compared to their rheumatoid counterparts. The newer unconstrained pyrolytic carbon MCP joint prostheses may therefore be more suitable in OA patients whose soft tissue constraints are intact and whose hand function is strong. This study is the first to analyse the results of this implant in a cohort of OA patients only, with prospective data.


Orthopaedic Proceedings
Vol. 91-B, Issue SUPP_III | Pages 404 - 404
1 Sep 2009
Young L Duckett S Dunn A
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Introduction: We describe our experience with the Exeter femoral component in a District General Hospital. We implanted 230 Exeter Universal stems in 215 patients between 1994 and 1996, which were reviewed at a mean of 11.2 years. Unlike previous studies we have used one acetabular implant, the Elite Ogee Cup in the majority of patients (218/230 patients).

Methods: 76 patients (79 hips) had died, and 121 patients were alive and well enough to attend for radiographic analysis at a minimum of 10 years. One patient was lost to follow up.

Results: No stems were revised for aseptic loosening. Three hips were revised for deep infection. Six acetabular components were revised: 4 for loosening, and 2 for recurrent dislocations. Taking the worst-case scenario including the one patient lost to follow up, the overall survival rate was 94.2%.

Discussion: Our results confirm excellent medium term results of the Exeter Universal femoral component, implanted outside of a specialist centre (either originating centre or teaching hospital). The excellent survival of the Exeter stem, in mix and match combination with the Ogee cup would indicate that this is a successful pairing.