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PURPOSE OF THE STUDYTo evaluate the results of arthroscopic capsular release for the treatment of severe frozen shoulder syndrome. Between 2006 and 2008, 27 patients with severe frozen shoulder syndrome were treated by arthroscopic capsular release. The average age of the patients was 54 years (range, 34 to 75), 15 were men and 12 were women. The right shoulder was operated on more frequently (16 patients). The average pre-operative flexion was 73 degrees (range, 10° to 150°) and pre-operative abduction was 56 degrees (10° to 140°). The average Constant score was 35 points. MATERIAL METHODSWith the patient in a lateral recumbent position, arthroscopic release of the joint capsule is performed with the Mitek VAPR 3 radiofrequency system, using a hook or an LPS electrode. The rotator interval, coracohumeral ligament, superior and middle glenohumeral ligaments and anterior part of the inferior glenohumeral ligament are gradually released, as well as the anterior glenohumeral joint capsule along its full width at the anterior rim of the labrum.To avoid damage to the axillary nerve, the axillary part of the joint capsule is released along the edge of the glenoid cavity. When internal rotation in abduction still remains restricted, release is extended to the posterior glenohumeral joint capsule. The procedure also involves exploration of the subacromial space and, if necessary, subacromial bursectomy or acromioplasty. Subsequently, the range of motion after release is tested and, when necessary, the remaining fibres of the joint capsule are disintegrated by careful manipulation (redress). The surgery is followed by analgesic and rehabilitation therapy. RESULTSAll treated patients reported an improved range of motion. The average post-operative flexion and abduction extended to 160 degrees and 155 degrees, respectively, and 23 patients gained the motion range necessary for normal shoulder function.The average Constant score was 80.3 points and the University of California at Los Angeles (UCLA) score was 28.6 points. When using the school marking system, the average result evaluation was 1.75. All patients were satisfied with the outcome and were willing to undergo surgery on the other side if need be. No complications were recorded. DISCUSSIONTherapy for frozen shoulder can be conservative or surgical. Most of the cases can be managed by correct conservative treatment. In accordance with the current literature data, we are using arthroscopic capsular release in resistant cases. This technique allows us to release contracted structures without the risk of iatrogenic injury and offers possibilities for the treatment of co-existing lesions. In the majority of patients this procedure can remedy their complaints, although the affected shoulder joint rarely remains asymptomatic. The aim of this approach is to accelerate the treatment of this disability; the long-term results are similar to those of conservative therapy. CONCLUSIONSArthroscopic capsular release is the method of choice for the treatment of frozen shoulder synd...
PURPOSE OF THE STUDYThe aim of this prospective study was to report on an open approach to a bony defect of the glenoid associated with anterior shoulder instability, using a modified Latarjet procedure, in elderly patients. MATERIALFrom 2003 to 2005, 11 patients older than 50 years underwent an open Latarjet procedure performed by two senior surgeons. The mean age of the patients was 65 years (range, 51 to 79 years). All of them were available for follow-up examination. There were seven women and four men. The study inclusion criteria were a bony defect of the anterior glenoid confirmed by a CT scan, age over 50 years, and three or more previous dislocations. The mean pre-operative forward elevation was 121.2° ± 16.6° (range, 40° -180°) and external rotation was 43.3° ± 13.1° (range, 5°-80°). The mean number of dislocations before surgery was 4.8 (range, 3 -8). METHODSThe Latarjet operation makes use of a large coracoid bone graft to extend the glenoid articular surface by means of a lengthened bone platform, and a sling effect of the conjoined tendon passing through the subscapularis muscle. The Constant-Murley score was used to evaluate the results. RESULTSShoulder stability and function were restored in all 11 patients at a minimum follow-up of 4 years (range, 49 -69 months). There was no recurrence of instability. The range of motion was minimally reduced; the mean loss of elevation was 18.8°a nd the mean loss of external rotation was 4.0°. The mean Constant-Murley score increased from 56.4 ± 13.3 points preoperatively to 81.8 ± 11.3 points post-operatively (p < 0.05). No significant post-operative complications were observed. DISCUSSIONIt is necessary to differentiate between the Latarjet procedure and its modification popularised by Helfet as the Bristow or the Bristow-Latarjet operation. The Bristow procedure transfers only the tip of the coracoid, along with the attached conjoined tendon, to the anterior side of the neck. This procedure does not treat the bony defect and provides a mere soft-tissue constraint. Only a few reports of the original Latarjet procedure can be found in the international literature. CONCLUSIONSThe open Latarjet reconstruction can successfully restore shoulder stability in joints with a significant bony defect of the glenoid even in elderly patients. It is effective in situations in which soft-tissue reconstruction is not a reasonable option.
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