Publication | Open Access
Correlation study of knee joint proprioception test results using common test methods
37
Citations
18
References
2016
Year
Upright PostureGait AnalysisAccelerometerMuscle SpindlesUpper ExtremityMotor ControlOrthopedic BiomechanicsOrthopaedic SurgeryMovement AnalysisKinesiologyOsteoarthritisCommon Test MethodsApplied PhysiologyArthroscopic TechniqueKinematicsHealth SciencesForce SenseMusculoskeletal FunctionRehabilitationProprioceptionCorrelation StudyElectromyographyHuman MovementMedicineMotion Sense
[Purpose] To study the correlation of the results obtained from different proprioception test methods, namely, the joint angle reset method, the motion minimum threshold measurement method, and the force sense reproduction method, performed on the same subjects' knees. [Subjects and Methods] Different proprioception test methods, the joint angle reset method, the motion minimum threshold measurement method and the force sense reproduction method were used to test the knees of 30 healthy young men. [Results] Correlations were found in the following descending order from strong to weak: the correlation between the joint angle reset method and the force sense reproduction method (correlation coefficient of 0.41), the correlation between the joint angle reset method and the motion minimum threshold measurement method (correlation coefficient of 0.29), the correlation between the motion minimum threshold measurement method and the force sense reproduce method (correlation coefficient of 0.15). [Conclusion] No correlation was found among the results obtained using the joint angle reset method, the motion minimum threshold measurement method and the force sense reproduction method. Therefore, no correlation was found among the position sense, the motion sense and the force sense represented by these methods. Using the results of only one of the test methods to represent proprioception is one-sided. Force sensation depends more on the sensory input of information from the Golgi tendon organs, motion sense depends more on the input information of the muscle spindles, and position sense relies on the double input information of the muscle spindles and the Golgi tendon organs.
| Year | Citations | |
|---|---|---|
Page 1
Page 1