Author(s): Tulsi Prajapati and Aayushi Bodiwala

Abstract:
Background: Accurate evaluation of spinal curvature is essential in diagnosing spinal deformities and monitoring treatment outcomes. The Spinal Mouse is a non-invasive, computer-assisted device developed to assess spinal alignment and mobility in both sagittal and frontal planes. Objective: To review the reliability of the Spinal Mouse assessment tool across various populations and conditions. Methods: After forming research questions, data were collected from PubMed, Google Scholar, ResearchGate, ScienceDirect, and CINAHL. 8 Studies were included in the review according to eligibility criteria. The reliability of the spinal mouse in different populations was reviewed, and a Risk of bias assessment was conducted using the COSMIN checklist for reliability. Result: Out of 8 studies, 6 studies demonstrated good to excellent reliability of ICCs 0.87 to 0.90, and 2 studies showed moderate reliability. According to the COSMIN ranking few studies had very good methodological quality. Lower scores were seen in studies with small samples or limited measurement controls. Conclusion: The Spinal Mouse is a reliable tool, especially in the sagittal plane, with few limitations in frontal plane accuracy. Despite these, the Spinal Mouse remains clinically useful for postural assessment and rehabilitation planning, especially when radiographic tools are unavailable.

DOI: 10.22271/kheljournal.2025.v12.i4f.3920

Pages: 370-375  |  812 Views  641 Downloads

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