Anterior Shoulder Dislocation In Patients Research Articles

Eden-Hybinette Procedure for Revision Surgery in Recurrent Anterior Shoulder Instability in Epilepsy.

The purpose of this study was to analyze the clinical outcomes after Eden-Hybinette procedure for revision surgery in recurrent anterior shoulder instability in patients with epilepsy. We retrospectively evaluated eight such patients between 2015 and 2018. Four patients had failed Latarjet/Bristow procedure and two had failed arthroscopic Bankart procedure, while two had history of both the procedures. After medical control of epilepsy, Eden-Hybinette procedure was performed in all patients. WOSI score and Rowe shoulder score was recorded preoperatively and in subsequent post-operative follow-up. A paired t test was used to analyze and compare preoperative and postoperative outcomes and was considered significant if p value was < 0.05. The average follow-up was 30months (range 24-48months). There was no recurrence of shoulder instability. The mean WOSI score before surgery was 77.3 (range 70-83), which improved to 24.2 (range 19-30) at 24-month follow-up. The mean Rowe score before surgery was 11.3 (range 5-15), which improved to 81.8(range 65-90) at 24-month follow-up. The improvement in WOSI and Rowe score was found to be statistically significant [p value < 0.05]. We conclude that Eden-Hybinette is a useful revision procedure to manage recurrent anterior shoulder dislocation in patients with epilepsy. Optimum medical control of seizure is also an important factor in preventing recurrent shoulder instability.

Arthroscopic Bankart repair versus conservative treatment after primary anterior glenohumeral dislocation in patients under 25 years of age: A prospective randomized study

Background:Conservative treatment after primary anterior shoulder dislocation (ASD) is associated with a high recurrence rate in young patients. The main objective was to compare primary arthroscopic Bankart repair and conservative treatment 2 years after primary ASD in patients less than 25 years old.Methods:A prospective randomized study was conducted in patients between 18 to 25 years old after primary ASD. The first group had arthroscopic Bankart repair within 15 days and the second group was treated conservatively. Patients in both groups were immobilized in internal rotation for 3 weeks and followed the same rehabilitation protocol. Patients were clinically monitored in 3, 6, 12 and 24 months. The main outcome criterion was recurrent dislocation, subluxation or apprehension when the arm was placed in 90° abduction and external rotation. Secondary outcome criteria were functional scores (Quick-DASH, Walch-Duplay, WOSI), joint mobility and resumption of sports.Results:40 patients were included (20 in the surgical group and 20 conservative group). The average age was 21 +/- 1.8 years with 33 men (82.5%) and 7 women (17.5%). Patients in the surgical group underwent surgery within an average of 4.3 +/- 2.4 days. In the surgical group, instability at 2 years was significantly less than in the conservative group (2 (10%) compared to 14 (70%); p=0.0001). Fewer patients had a recurrence (0 versus 6 (30%)), subluxation (2 (10%) versus 13 (65%); p=0.003), and apprehension (1 (5%) versus 11 (58%); p=0.0005). The Quick-DASH (6.5 versus 11.2 points), Walch-Duplay (88.4 versus 70.3 points; p=0.007) and WOSI (11.5 versus 17.7 points; p=0.035) functional scores were better in the surgical group at 2 years. 95% had resumed sport in the surgical group compared to 68% in conservative group. No per- or postoperative complications were reported. There was no significant difference in joint mobility.Conclusion:After primary ASD in young patients, arthroscopic Bankart repair decreased recurrent instability at 2 years and provided better functional recovery than conservative treatment.

Long-term Results of the Open Latarjet Procedure for Recurrent Anterior Shoulder Instability in Patients Older Than 40 Years

Background: Subgroup analyses of the Latarjet procedure have suggested that age over 40 years is a risk factor for dislocation arthropathy. Purpose: To analyze long-term results of the open Latarjet procedure for recurrent anterior shoulder dislocation in patients at least 40 years of age. Study Design: Case series; Level of evidence, 4. Methods: A total of 39 consecutive patients (40 shoulders) with a mean age of 48 years (range, 40-66 years) at surgery were evaluated at a mean follow-up of 11.0 years (range, 8-16 years). Of these, 15 patients (38%) had undergone previous soft tissue stabilization surgery. Long-term results were assessed clinically and radiographically, including computed tomography scanning at final follow-up. Results: No recurrence of dislocation was noted. Subluxation had occurred in 3 patients (8%), and apprehension persisted in 5 patients (13%). The total Walch-Duplay score averaged 89 points at the final follow-up, and the mean Subjective Shoulder Value (60%-91%) had improved significantly (P < .001). In total, 36 patients rated their result as excellent, 3 as good. Further, 6 patients (15%) underwent joint-preserving reoperation, and 1 patient (3%) had reverse total shoulder arthroplasty for severe dislocation arthropathy. Dislocation arthropathy was severe in 14 patients (37%) and had progressed by at least 2 grades in 17 patients (45%). Patients with severe dislocation arthropathy had already shown degenerative changes preoperatively as opposed to those who ultimately had no or moderate dislocation arthropathy (n = 24) (P < .001). Progression of dislocation arthropathy was associated with lateral (>1 mm) graft positioning (P < .001) and older age at surgery (r = 0.58; P < .001). Conclusion: The open Latarjet procedure for recurrent anterior shoulder instability in patients older than 40 years reliably restores stability and leads to high patient satisfaction. This procedure is, however, associated with a substantial rate of advanced but clinically mild symptomatic dislocation arthropathy, which is associated with the degree of preoperative joint degeneration, older age at surgery, and lateral graft placement.

Efficacité de l’intervention de Latarjet dans l’instabilité d’épaule chez l’épileptique

IntroductionPowerful contractions during epileptic seizures may cause shoulder dislocation and instability. The aim of the study is to evaluate the functional and radiographic results of the Latarjet procedure for anterior shoulder dislocation in patients with epilepsy and compare the functional results of these patients with the results of patients without epilepsy. HypothesisIs Latarjet procedure effective in epileptic patients as non-epileptic patients with anterior shoulder instability? Material and methodEleven shoulders of 9 patients with epileptic seizures causing anterior shoulder instability were evaluated retrospectively. All patients had a Latarjet procedure after neurologic evaluation and treatment arrangement. Epileptic seizures after the operation and shoulder dislocation after a seizure were investigated. For functional evaluation, ROWE, ASES and constant scores were utilized, whereas standard X-Ray views were used for radiologic evaluation. The results of epileptic patients with Latarjet procedure were compared with non-epileptic patients (53 patients, 54 shoulders) for anterior shoulder instability. ResultsThree (33 %) of the 9 epileptic patients had recurrent seizures after Latarjet procedure, whereas 1 of the 11 shoulders (9 %) had dislocation after an epileptic seizure. Functional scores were found to be significantly improved in epileptic (P<0.001) and non- epileptic patients (P<0.001). No significant differences for functional results were found between epileptic and non-epileptic patients after Latarjet procedure for anterior instability (P>0.05). One shoulder of 11 in the patients with epilepsy group (9 %) and one shoulder of the 54 shoulders non-epileptic patients group (1.8 %) had a redislocation. The rate of postoperative redislocation was significantly higher in patients with epilepsy (P: 0.008). DiscussionEpileptic patients have a high rate of recurrent seizures even with proper medical treatment. Significant functional improvements and shoulder stability may be achieved after Latarjet procedure in epileptic patients. These functional results were comparable with those of non-epileptic patients with Latarjet procedure for anterior shoulder instability. Level of evidenceIII (case-control study).

The effectiveness of the Latarjet procedure for shoulder instability in patients with epilepsy

IntroductionPowerful contractions during epileptic seizures may cause shoulder dislocation and instability. The aim of the study is to evaluate the functional and radiographic results of the Latarjet procedure for anterior shoulder dislocation in patients with epilepsy and compare the functional results of these patients with the results of patients without epilepsy. HypothesisIs latarjet procedure effective in epileptic patients as non-epileptic patients with anterior shoulder instability? Material and methodEleven shoulders of 9 patients with epileptic seizures causing anterior shoulder instability were evaluated retrospectively. All patients had a Latarjet procedure after neurologic evaluation and treatment arrangement. Epileptic seizures after the operation and shoulder dislocation after a seizure were investigated. For functional evaluation, ROWE, ASES and Constant scores were utilized whereas standard X-ray views were used for radiologic evaluation. The results of epileptic patients with Latarjet procedure were compared with non-epileptic patients (53 patients, 54 shoulders) for anterior shoulder instability. ResultsThree (33%) of the 9 epileptic patients had recurrent seizures after Latarjet procedure, whereas 1 of the 11 shoulders (9%) had dislocation after an epileptic seizure. Functional scores were found to be significantly improved in epileptic (P<0.001) and non-epileptic patients (P<0.001). No significant differences for functional results were found between epileptic and non-epileptic patients after Latarjet procedure for anterior instability (P>0.05). One shoulder of 11 in the patients with epilepsy group (9%) and one shoulder of the 54 shoulders non-epileptic patients group (1.8%) had a redislocation. The rate of postoperative redislocation was significantly higher in patients with epilepsy (P=0.008). DiscussionEpileptic patients have a high rate of recurrent seizures even with proper medical treatment. Significant functional improvements and shoulder stability may be achieved after Latarjet procedure in epileptic patients. These functional results were comparable with those of non-epileptic patients with Latarjet procedure for anterior shoulder instability. Level of evidenceIII (case-control study).

"8 plate": an alternative device to fix highly recurrent traumatic anterior gleno-humeral instability in patients with severe impairment of the anterior capsule.

Background: There is still debate about the best treatment option for highly recurrent anterior shoulder dislocation in patients with severe impairment of the anterior capsule and/or recurrence after either arthroscopic or open capsulorrhaphy. Materials and Methods: The clinical and radiological findings of 7 patients treated with an open capsulorrhaphy stabilized with an “8 plate” for a highly recurrent traumatic anterior shoulder dislocation with severe impairment of the anterior capsule and a large Bankart lesion were retrospectively reviewed. Follow-up evaluation included VAS for pain, Constant-Murley, Simple Shoulder Test, ASES, UCLA, Quick DASH, Rowe, Walsch-Duplay scores, as well as X-rays of the operated shoulder. Results: At follow-up none of the patients reported subsequent dislocations. Range of motion of the shoulder was complete in all cases, but one. Results of the functional scoring systems were satisfactory. X-rays showed no osteolysis and good position of the plate. Conclusion: To our knowledge, this is the first report in the literature about an open capsular tensioning and Bankart lesion repair performed with an “8 plate”. We believe that this is a reliable and effective procedure to address traumatic anterior re-dislocation of the gleno-humeral joint when the capsule is extensively torn and frayed or in revision cases. Moreover the “8 plate” is ideal to be applied in such a narrow space on the slant surface of the scapular neck close to the glenoid rim.

Regarding: “Operative versus nonoperative treatment after primary traumatic anterior glenohumeral dislocation: expected-value decision analysis”: appropriate assessment of uncertainty

Regarding: “Operative versus nonoperative treatment after primary traumatic anterior glenohumeral dislocation: expected-value decision analysis”: appropriate assessment of uncertainty

Nonoperative Treatment of Primary Anterior Shoulder Dislocation in Patients Forty Years of Age and Younger

During 1978 and 1979, we initiated a prospective multicenter study to evaluate the results of nonoperative treatment of primary anterior shoulder dislocation. In the current report, we present the outcome after twenty-five years. Two hundred and fifty-five patients (257 shoulders) with an age of twelve to forty years who had a primary anterior shoulder dislocation were managed with immobilization (achieved by tying the arm to the torso with use of a bandage) or without immobilization. All 227 living patients (229 shoulders) completed the follow-up questionnaire, and 214 patients completed the Disabilities of the Arm, Shoulder and Hand (DASH) questionnaire. Ninety-nine (43%) of 229 shoulders had not redislocated, and seventeen (7%) redislocated once. Thirty-three recurrent dislocations had become stable over time (14.4%), and eighteen were considered to be still recurrent (7.9%). Sixty-two shoulders (27%) had undergone surgery for the treatment of recurrent instability. Immobilization after the primary dislocation did not change the prognosis. Only two of twenty-four shoulders with a fracture of the greater tuberosity at the time of the primary dislocation redislocated (p < 0.001). When shoulders with a fracture of the greater tuberosity were excluded, forty-four (38%) of 115 shoulders in patients who had been twelve to twenty-five years of age at the time of the original dislocation and sixteen (18%) of ninety shoulders in patients who had been twenty-six to forty years of age had undergone surgical stabilization. At twenty-five years, fourteen (23%) of sixty-two shoulders that had undergone surgical stabilization were in patients who subsequently had a contralateral dislocation, compared with seven (7%) of ninety-nine shoulders in patients in whom the index dislocation had been classified as solitary (p = 0.01). Gender and athletic activity did not appear to affect the redislocation rate; however, women had worse DASH scores than men did (p = 0.006). After twenty-five years, half of the primary anterior shoulder dislocations that had been treated nonoperatively in patients with an age of twelve to twenty-five years had not recurred or had become stable over time.

Is Bristow-Latarjet operation effective for every recurrent anterior shoulder dislocation?

The treatment of recurrent anterior shoulder dislocation in patients who failed a supervised rehabilitation program is operative stabilization. Anatomical repair addressing the underlying pathology is the preferred method. We hypothesize that Bristow-Latarjet procedure is effective in all types of traumatic recurrent anterior shoulder dislocations, although in cases with Bankart lesion, Bankart operation is certainly preferred. Thirty-five shoulders on which a Bristow-Latarjet operation had been performed on account of traumatic recurrent anterior shoulder instability were followed up for an average of 24.6 months (range: 18 - 51). The clinical outcome was measured according to Walch-Duplay Rating Sheet for Anterior Instability of the Shoulder at the latest follow-up. The clinical outcome was excellent in 11 (317%) patients and good in 24 (69%) patients. Two patients had redislocation that were treated nonoperatively and remained symptom-free at the latest follow-up. Radial nerve palsy occurred in one patient that spontaneously recovered after nine weeks. Although the treatment of anterior shoulder instability in patients with Bankart lesion and intact capsular material (without excessive laxity) is certainly Bankart operation, we claim that in almost all types of anterior shoulder instability, especially in patients with large Hill-Sachs lesions, glenoid bone loss, or excessive capsular laxity, the Bristow-Latarjet operation is associated with good or excellent results and can make the patient satisfied.

Primary traumatic anterior shoulder dislocation in patients 40 years of age and older

During three consecutive ski seasons (1991 to 1994), 125 patients 40 years of age and older without previous shoulder injuries or surgery sustained a traumatic first-time anterior shoulder dislocation. At a minimum of 2 years' follow-up, patients were contacted to determine long-term outcome and to identify factors leading to prolonged morbidity or the need for surgical intervention. Fifty-two patients were available for interview. A modified Rowe shoulder score showed 32 excellent, nine good, eight fair, and three poor results. Eighteen (35%) rotator cuff tears were subsequently identified, with only 11 (61%) of these patients obtaining an excellent or good outcome ( P = .011). Of the 11 patients with a fair or poor result, seven (64%) had a rotator cuff tear. Of the 12 patients with isolated cuff tears, 84% had an excellent or good result when treated surgically, compared with 50% when treated nonsurgically. Our findings indicate that recurrence is not a frequent complication of traumatic anterior shoulder dislocation in this age-group (4%). However, prolonged morbidity secondary to rotator cuff tear is more prevalent than in a younger population. We believe early diagnosis of rotator cuff pathology by either magnetic resonance imaging (MRI) or arthrogram with subsequent surgical repair can lead to faster restoration of function and a better outcome in these select individuals. Arthroscopy 1998 Apr;14(3):289-94

Primary traumatic anterior shoulder dislocation in patients 40 years of age and older

Primary traumatic anterior shoulder dislocation in patients 40 years of age and older