A new clinical trial is underway to assess the combined impacts of Mulligan Mobilization techniques and Graded Motor Imagery (GMI) training on proprioception in patients recovering from distal radial fractures. Researchers from Istanbul Aydın University, Biruni University, Istanbul University, and The Scientific and Technological Research Council of Turkey are spearheading this study. This investigation holds potential significance for rehabilitation and proprioceptive training strategies.
In this article:
- What is the focus of the study?
- How do the clinical approaches work?
- Who is involved, and how is enrollment managed?
What is the focus of the study?
This trial concentrates on improving proprioception outcomes in individuals recovering from distal radius fractures. Such fractures often impair joint function and sensory feedback from the wrist, necessitating targeted rehabilitation. The study compares the effectiveness of conventional physiotherapy alone to its combination with Mulligan Mobilization techniques or GMI training.
Mulligan Mobilization focuses on manual gliding techniques to restore joint mechanics, while GMI addresses motor control using mental imagery. Together, these interventions aim to enhance sensorimotor integration during rehabilitation.
How do the clinical approaches work?
Mulligan Mobilization incorporates gentle joint mobilization under the patient’s active movements. This technique can enhance mobility and reduce pain by aligning joint structures.
Graded Motor Imagery is a cognitive-oriented therapy. Patients engage in tasks such as laterality recognition, mental motor tasks, and mirror therapy. By simulating movements, this process activates relevant motor pathways in the brain that may otherwise be underused post-injury.
The combination of these therapies could introduce innovative rehabilitation strategies, addressing both the physical and neural degradation seen in wrist injuries.
Who is involved, and how is enrollment managed?
The study includes collaboration among academic and research institutions from Turkey, making it a strong cooperative effort. This clinical trial employs an invitation-only enrollment model. Patients eligible for participation are identified based on specific inclusion and exclusion criteria tailored toward individuals with distal radial fractures.
Further clinical and safety evaluations are likely included before patients commence the assigned intervention tracks: conventional physiotherapy, Mulligan Mobilization, or the GMI protocol.
Frequently Asked Questions
- What conditions are being studied?
Distal radial fractures form the central focus of rehabilitation in this study. - What interventions are being compared?
Conventional physiotherapy, Mulligan Mobilization, and Graded Motor Imagery (GMI) training methodologies are under evaluation. - Who is conducting this research?
The trial is being conducted collaboratively by Istanbul Aydın University, Biruni University, Istanbul University, and The Scientific and Technological Research Council of Turkey.
Conclusion
This clinical trial evaluates new rehabilitation pathways for individuals with distal radius fractures using emerging techniques like Mulligan Mobilization and Graded Motor Imagery. These methods hold promise for improving mobility and joint proprioception post-injury. Healthcare professionals and regulatory entities may find this trial relevant for guiding rehabilitation strategies in similar orthopedic cases.
Disclaimer
This article is intended for healthcare professionals and related stakeholders. It is not legal or medical advice. For specific regulatory guidance, consult the appropriate authorities.
Announcement
For full information about the announcement, see the link below.
https://clinicaltrials.gov/study/NCT07288060?term=medical+device