View clinical trials related to Frozen Shoulder.
Filter by:In patients who undergo shoulder manipulation for idiopathic adhesive capsulitis, a postoperative indwelling analgesic pain catheter will improve patient outcomes by decreasing shoulder pain and improving range of motion compared to a single-dose interscalene block.
This is a study on the treatment of frozen shoulder with injection of cortisone into the shoulder joint. The purpose of the study is to evaluate whether injection with stretching of the shoulder capsule or plain injection is more effective than no specific treatment.
The purpose of this study is to evaluate the effectiveness of combined bee venom acupuncture (BVA) and physiotherapy (PT) on frozen shoulder, and whether if the effect of BVA is dose effective.
The objectives of this study are to assess the safety, effectiveness, and immunogenicity of AA4500 in the treatment of adhesive capsulitis.
A lot of shoulder function evaluation scores exist but none has been universally accepted as a gold standard. Recent studies have demonstrated the potential of computerized movement analysis with embedded sensors for objective evaluation of shoulder functional outcome following surgery. A very simple testing procedure is possible as just a few repetitions of two simple shoulder movements are sufficient. This could potentially facilitate implementation of shoulder function movement analysis in current clinical practice. However, at the present stage of development, the method needs to be extensively validated. This means that the research will intend to determine precisely for which current shoulder pathology it can be applied, what the outcome of healthy people is, what the reliability of the score is and how it can monitor patient evolution.
The purpose of this study is to compare classical massage and massage based on the tensegrity rule in treating people with painful shoulder.
The purpose of this study is to investigate and compare different treatment programs for frozen shoulder by evaluating changes in pain scale and shoulder range of motion(ROM) before and after treatment. The investigators define frozen shoulder as shoulder pain with ROM limitation,shoulder arthrography demonstration of at least two of the following criteria:(1)reduced joint volume under 10ml; (2)irregular capsular margin;(3)diminished or absent axillary recess. Afer define diagnosis of frozen shoulder ,patients are randomly assigned to different Subgroups for different treatment programs.Each subgroup consists of ten patients. Each treatment program performed for 6 consecutive courses with each course consists of 6 days.Total 36 treatment days. The treatment programs and grouping as follow: Group 1:Physical modalities + therapeutic exercise Group 2:Physical modalities + therapeutic exercise+ intra-articular injection of steroid Gouup 3:Therapeutic exercise Before treatment,after each consecutive course (6days) of treatment,and at the end of treatment program, the investigators evaluate the range of motion and muscle strength of shoulder flexion,external rotation,abduction and internal rotation. Severity of shoulder pain also evaluated by pain scale before and after treatment program. The ROM before and after treatment program is compared by paired t-test.The ROM change before and after treatment in different groups compared by analysis of variance(ANOVA). The ROM change after consecutive treatment courses(6 days) are compared by multivariate ANOVA.Pain scale before and after treatment is compared by paired t-test.
Background: Few studies have examined the predictors of the clinical course of subjects with frozen shoulder syndrome or explained the persistence of symptoms after appropriate therapy. Altered shoulder kinematics may predispose subjects to subacromial impingement, rotator cuff tendonitis, altered shoulder joint forces, and possible degenerative changes. Subsequently, a more difficult and chronic course of frozen shoulder syndrome may develop. Objective: The purposes of this study are: (1) to develop a prediction method for determining altered shoulder kinematics and associated muscular activities which are associated with the chronicity of frozen shoulder dysfunction, and (2) to validate this prediction method and analyze the impact of the method on clinical behavior. Design: For the first year, a prospective study will be conducted to develop a prediction method that will identify impaired shoulder kinematics associated with the degree of symptom-related functional disability in patients with frozen shoulder syndrome. For the second and third years, validation of the proposed prediction method will determine whether altered shoulder kinematics and associated muscular activities subject to intervention meet the prediction criteria and demonstrate improvement in their follow-up, which will be shown to improve decision making in clinical practice.
Idiopathic Adhesive Capsulitis, Frozen Shoulder is a condition in which there is a limitation and significant pain at the shoulder and it is increases with shoulder movements. The causes are not clear. The prevalence of this condition is four times higher in diabetic patient compare to the general population. The relation between frozen shoulder and impaired glucose tolerance remain unclear. Our hypothesis is that patients with no diabetes and that suffer from frozen shoulder have a higher prevalence of impaired glucose tolerance than the general population age matched.
The purpose of this study is to test collagenase injection therapy to dissolve adhesions causing frozen shoulder.