Validity of Clinical Measurement Instruments Assessing Scapular Function: Insufficient Evidence to Recommend Any Instrument for Assessing Scapular Posture, Movement, and Dysfunction-A Systematic Review
- Authors:
- D'Hondt N, E., Pool, J. J. M., Kiers, H., Terwee, C. B., and Veeger, Dhej
- Abstract:
- OBJECTIVE: To determine the construct validity, criterion validity, and responsiveness of measurement instruments evaluating scapular function.
DESIGN: Systematic review of measurement properties.
LITERATURE SEARCH: The MEDLINE, Embase, CINAHL, and SPORTDiscus databases were systematically searched from inception until March 2019.
STUDY SELECTION CRITERIA: Studies published in Dutch, English, or German were included when they evaluated at least 1 of the measurement properties of interest. No restrictions were made regarding participants' health status.
DATA SYNTHESIS: Two reviewers independently evaluated study quality using the COSMIN checklist and extracted and analyzed data. Quality of evidence was graded by measurement property for each distinctive type of measurement.
RESULTS: Thirty-one measurement instruments in 14 studies were categorized into instruments to measure scapular posture and movement, and to assess scapular dyskinesis. Quality of evidence was at most moderate for 4 instruments with respect to criterion validity. Of these, criterion validity for instruments measuring scapular protraction/retraction posture and rotation angles up to 120° of thoracohumeral elevation was sufficient. Criterion validity for instruments measuring asymmetrical scapular posture, range of motion, and the lateral scapular slide test was insufficient. Quality of evidence for measurement properties of all other instruments was graded lower.
CONCLUSION: There is currently insufficient evidence to recommend any instrument for the clinical examination of scapular function. Measurement instruments to assess scapular dyskinesis are prone to misinterpretation and should therefore not be used as such. J Orthop Sports Phys Ther 2020;50(11):632-641. doi:10.2519/jospt.2020.9265. - DOI:
- 10.2519/jospt.2020.9265
- Journal:
- J Orthop Sports Phys Ther
- issn:
- 0190-6011
- Publication year:
- 2020
- pages:
- 632-641
- Biological and physiological variables:
- Biological and physiological variables
- Symptom status:
- Physical state
- Age:
- Adults (18-65)
- Disease:
- Diseases of and symptoms related to the musculoskeletal system and connective tissue
- PRO / non-PRO:
- Non-patient Reported Outcome
- Type of measurement instrument:
- 6 - Clinical rating scales
8 - Imaging tests - Instrument:
- 2D inclinometer - 2 Dimensional inclinometer
3D wing CT machine
Active range of motion scapular movement (versions: elevation; depression; retraction)
clinical observation
Double square device
Forward shoulder posture [alias: Baylor/double square]
Goniometry / Goniometer (versions: electrogoniometer; Gravity Goniometer)
Inclinometry / Inclinometer (versions: electrical inclinometry; Gravity Inclinometer)
LSST - Lateral scapular slide tests (versions: mLSST; inferior LSST; superior LSST)
MDCT - Multidetector Computed Tomography
Measurement of Scapular Malposition
Metal right-angle protractor
Motion-tracking system
Pro 360 digital protractor
Protractor
ROM - Range of Motion/Movement
Scapular dyskinesis classification system (versions: 3D CT measurement; 4 type; observational)
Scapular resting position [alias: Lennie test]
Scoliometer (Orthopaedic Systems Inc.)
SDT - Scapular dyskinesis test
Shoulder Medial Rotation Test
Tape measure (versions: scapula to spine distance)
Video-analysis
Video observations [alias: video recorder]
Visual estimation