Study
This study used advanced computer modeling to understand how shoulder capsule stiffness limits movement in frozen shoulder.
In plain language
Use the full description to understand the study design, methods, and the limits of the findings.
This biomechanical study examines the relationship between glenohumeral capsule abnormalities and scapular dysfunction in shoulder conditions. The research provides insights into how capsular restrictions contribute to altered movement patterns and shoulder pain.
Open the original publication for the complete methods, outcomes, and source material.
Published October 2025
Opens at the publisher · external site · may require institutional access
The study uses a computational model to explore shoulder mechanics, which provides valuable insights but lacks the robustness of clinical trials. The methodology is appropriate for its aims but lacks direct clinical applicability without further validation.
| Category | Score | Rating |
|---|---|---|
| Study Design / Evidence Level | 3.3/10 | |
| Bias & Methods | 3.3/10 | |
| Statistical Integrity | 5.0/10 | |
| Transparency | 5.0/10 | |
| Conflict of Interest Disclosure | 5.0/10 | |
| Replication / External Validation | 0.0/10 | |
| Relevance to Seniors | 5.0/10 | |
| Journal Quality | 7.5/10 |
The study's relevance to seniors is inferred from the condition studied rather than participant demographics. Further details on methodology and conflict of interest would improve the assessment.
These condition pages help connect the paper back to the real-world health concerns it addresses.
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