A new clinical trial examining critical biomechanical factors in cervical radiculopathy provides fresh insights for healthcare professionals. The study focuses on the craniovertebral angle, lumbar proprioception, and trunk muscle strength to explore their potential interrelationships and implications for treatment approaches.
The trial, sponsored by Basma Ashraf Ali Mohamed at Cairo University, is listed on ClinicalTrials.gov and is currently not yet recruiting. Interested parties can view the full study details via the provided link at the end of this article.
In this article
What is the study focus?
This research aims to evaluate the interconnection between postural mechanics, proprioceptive function, and muscular strength in individuals experiencing cervical radiculopathy. The craniovertebral angle will serve as a primary anatomical measurement, while lumbar proprioception and trunk muscle strength will provide critical context for understanding how biomechanical imbalances may contribute to patient symptoms.
Cervical radiculopathy, a condition caused by nerve compression in the cervical spine, can result in pain, weakness, and limited functionality in the upper body. Identifying reliable indicators, such as posture and muscle dynamics, may lead to advancements in both diagnosis and personalized rehabilitation strategies.
Why does this study matter?
This study represents a step forward in applying biomechanical analysis to clinical populations. By focusing on measurable factors like the craniovertebral angle and lumbar proprioception, the research could provide clinicians with data-driven tools to enhance patient outcomes while supporting evidence-based treatment development.
Regulatory, clinical, and quality teams involved in medical device manufacturing may also find the results helpful in identifying new avenues for device development. Devices targeting posture correction or neuromuscular rehabilitation could specifically benefit from these findings.
How to follow up?
As the study progresses from pre-recruitment to active enrollment, healthcare professionals and researchers are encouraged to monitor updates through ClinicalTrials.gov. Additionally, stakeholders interested in incorporating the study’s insights into therapeutic or medical device applications should consider direct collaboration opportunities with the Cairo University research team.
FAQ
- Who is conducting the study?
The study is conducted by Basma Ashraf Ali Mohamed and sponsored by Cairo University. - What condition does the research address?
It addresses cervical radiculopathy, focusing on its biomechanical and postural factors. - Is the study currently recruiting participants?
No, the study is not yet recruiting as of the publication date.
Conclusion
This upcoming clinical trial offers a valuable opportunity to bridge the gap between clinical symptoms and biomechanical understanding. Healthcare professionals, researchers, and device manufacturers should keep track of its developments to better align their efforts with emerging evidence.
Disclaimer
This article is for informational purposes only and does not constitute legal or professional advice. Always consult with appropriate professionals for specific inquiries.
Announcement
For full information about the announcement, see the link below.
https://clinicaltrials.gov/study/NCT07240090?term=medical+device