View clinical trials related to Frozen Shoulder.
Filter by:The aim of the study is to compare the effectiveness of stretching and strengthening exercises on pain, functional status, range of motion and psychosocial factors in patients with frozen shoulder.
The aim of this study was to investigate the balance characteristics of patients with Frozen Shoulder.
"Randomized control trial is our study design, we will make 2 groups group A ( 15 patients of frozen shoulder) and Group B (15 patients of frozen shoulder). we will apply interventions by this way For group A KT (kinesiology taping) will be applied on frozen shoulder patients by a professional physiotherapist or certified physiotherapist according to their pain pattern in muscles (supraspinatus, infraspinatus, teres minor, deltoid, subscapularis) with conventional physiotherapy of frozen shoulder also continues on 15 patients (group A). KT will apply twice a week for 8 weeks. We can check the results of our intervention every week by using variable tools or outcome measures, measuring pain by VAD (visual analog scale) and quality of life in the frozen shoulder by SPADI (shoulder pain and disability index) every week. And for group B Dry needling with conventional physical therapy.
Frozen shoulder remains a challenging disease to treat as pain and loss of range of motion can persist for many months or even years. This loss of function can have a severe impact on the patient's activities, participation and overall quality of life. The use of ultrasound-guided (USG) suprascapular nerve blocks (SSNB) and/or intra-articular corticoid injections (IACI) has been supported by many studies. However, double blinded randomized clinical trials using a combination of SSNB and IACI are rare. The primary objective of this study is to compare the effectiveness of a glenohumeral IACI combined with a SSNB, compared to a glenohumeral IACI combined with a sham SSNB. Outcome measures of interest are shoulder-related disability reported by the patients, shoulder pain and shoulder stiffness. These outcome parameters will be compared between both treatment arms with an intention-to-treat analysis. As key secondary objectives, the investigators aim to identify which physical examination tests, or combinations of those, are correlated with MRI diagnostic criteria and favor a more positive evolution. Finally, through predictive analysis the investigators will try to establish which patients benefit the most from the combined SSNB + IACI.
This study will be conducted to examine and compare the effects of SM versus SPNF on shoulder pain, ROM and functional disabilities in patients with frozen shoulder.
The study will be a Randomized Clinical Trial set to take place at the Department of Physical Therapy, University of Lahore Teaching Hospital, Defence Road, Lahore. It is projected to span 9 months, beginning after the approval of the synopsis. The calculated sample size, utilizing Visual Analogue Scale as an outcome measure with a 20% dropout consideration, will be 34 in each group. Ethical approval from the Research Ethical Committee will be sought, and participant referrals will be facilitated by orthopedic physicians. Eligibility screening will be carried out, and willing participants will be randomized into Experimental and Comparative groups using a lottery method. The study will maintain single-blinding, with assessors remaining unaware of group allocation.
This study aims to investigate whether intra-articular corticosteroid injection, followed by hypertonic dextrose injection and shoulder joint capsular distension, is more effective than saline injection and shoulder joint capsular distension for treating frozen shoulder.
The aim of our study is to investigate whether the combination of hypertonic dextrose injection and shoulder joint hydrodilation, in conjunction with physical therapy, can effectively enhance shoulder joint pain relief, improve range of motion, and enhance daily life functionality in patients with frozen shoulder.
The study aimed to investigate the effect of breathing exercises in addition to conventional treatment on pain, normal joint movement and quality of life in patients with frozen shoulder. A simple random number table will randomly divide participants into two groups. The study group (20 participants) will be given 15 sessions of respiratory exercises in addition to the 15 sessions of physiotherapy provided routinely for treatment. The control group (20 participants) will receive 15 sessions of physiotherapy services in addition to the routine 15 sessions of the physiotherapy department.
The aim is to investigate whether adding small needle-knife therapy to standard Western medicine enhances the treatment of frozen shoulder by evaluating its impact on microcirculation and meridian unblocking.