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Testing the Validity and Reliability of the Dubousset Functional Test in Adults with Multiple Sclerosis
Led by Inonu University · Updated on 2025-03-03
33
Participants Needed
1
Research Sites
8 weeks
Total Duration
AI-Summary
What this Trial Is About
Multiple sclerosis MS is an autoimmune disease that causes inflammation and damage in the central nervous system, affecting brain and spinal cord areas responsible for movement and balance. This study investigates the validity and reliability of the Dubousset Functional Test DFT, a practical assessment designed to measure physical function and balance in people with MS. The DFT focuses on spinopelvic muscle function and includes a dual-task test to evaluate coordination, balance, attention, and thinking skills during activity, which may provide useful insights for treatment. Participants will undergo the DFT, which consists of four parts standing up and walking 5 meters forward and backward, climbing and descending steps, sitting and standing from the floor with assistance if needed, and walking while performing a memory task. Additional assessments include the Timed Up and Go TUG test, dual-task TUG, Tinetti Performance Oriented Mobility Assessment POMA, Berg Balance Scale BBS, Functional Reach Test, and 3-meter backward walking test. The DFT will be administered twice, one week apart, by the same physiotherapist to assess reliability. During the study, participants demographic and health details will be recorded along with neurological disability scores using the Expanded Disability Status Scale EDSS. Tests will measure balance, walking ability, and functional performance. Rest breaks will be given to minimize fatigue, and no treatments will be given between the two test sessions. Researchers will analyze the data to understand the DFTs effectiveness in assessing functional capacity and balance in individuals with MS. The study is expected to continue until May 2025.
CONDITIONS
Brief Title
Dubousset Functional Test: an Investigation of Its Validity and Reliability in Individuals with Multiple Sclerosis
Research Team
B
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