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Intratherapist Reliability in the Rating of Scapula Posture in Multiple Planes of Reference
Author(s) -
Steven M. McPhail,
Lars Nagelstad Dalland,
K Naess,
Marte Lund,
Tore Johan Ytre-Hauge,
Sigrid Reiersen Holm,
Shaun O’Leary
Publication year - 2012
Publication title -
isrn rehabilitation
Language(s) - English
Resource type - Journals
eISSN - 2090-6137
pISSN - 2090-6129
DOI - 10.5402/2012/957389
Subject(s) - scapula , sagittal plane , kappa , orthodontics , physical medicine and rehabilitation , reliability (semiconductor) , transverse plane , coronal plane , intra rater reliability , medicine , physical therapy , psychology , mathematics , rating scale , anatomy , geometry , developmental psychology , physics , power (physics) , quantum mechanics
Background. Evaluation of scapular posture is a fundamental component in the clinical evaluation of the upper quadrant. This study examined the intrarater reliability of scapular posture ratings. Methods. A test-retest reliability investigation was undertaken with one week between assessment sessions. At each session physical therapists conducted visual assessments of scapula posture (relative to the thorax) in five different scapula postural planes (plane of scapula, sagittal plane, transverse plane, horizontal plane, and vertical plane). These five plane ratings were performed for four different scapular posture perturbating conditions (rest, isometric shoulder; flexion, abduction, and external rotation). Results. A total of 100 complete scapular posture ratings (50 left, 50 right) were undertaken at each assessment. The observed agreement between the test and retest postural plane ratings ranged from 59% to 87%; 16 of the 20 plane-condition combinations exceeded 75% observed agreement. Kappa (and prevalence adjusted bias adjusted kappa) values were inconsistent across the postural planes and perturbating conditions. Conclusions. This investigation generally revealed fair to moderate intrarater reliability in the rating of scapular posture by visual inspection. However, enough disagreement between assessments was present to warrant caution when interpreting perceived changes in scapula position between longitudinal assessments using visual inspection alone.

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