Variability of shoulder girdle proprioception in 44 healthy volunteers

Echalier, C.; Uhring, Julien; Ritter, Julie; Rey, P.-B.; Jardin, E.; Rochet, S.; Obert, L.; Loisel, François

doi:10.1016/j.otsr.2019.01.019

Cited by 10 publications

(5 citation statements)

References 20 publications

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“…25 However, another study that compared shoulder JPS between dominant and non-dominant limbs found a difference between the sides only during the lowest angle of the tested protocol, which was 55°. 16 This result is aligned with the findings of the present research, suggesting that angular positioning error is more affected by angulation (movement amplitude) than by lateral dominance. When comparing exclusively the differences in relation to the target angle between the dominant and nondominant limbs, the present study found no difference between left and right sides.…”

Section: Discussionsupporting

confidence: 92%

“…Proprioception is an important factor in the rehabilitation process of musculoskeletal injuries and in preventing the recurrence of these injuries. [14][15][16] In addition, proprioception acts as an important mechanism for transmitting sensory information with the potential for neural plasticity, the relationship between perception and sensory transmission being well-accepted, and the expression of representations in primary regions of the brain responsible for the sensorimotor system. 4,17…”

Section: Introductionmentioning

confidence: 99%

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Validation study of a software for proprioceptive evaluation

et al. 2021

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Objective: To validate the PhisioPlay software for proprioceptive evaluation of the shoulder joint based on the data obtained by isokinetic dynamometry equipment. Methods: Thirty-one individuals constituted a single group for proprioceptive evaluation of both shoulder joints by means of joint position sense (JPS). The testing protocol of PhisioPlay consisted of the abduction movement of the shoulder to the target angles of 45° and 90° and the maintenance of these positions for 30 seconds. In the isokinetic dynamometer, the test was performed using its proprioceptive evaluation protocol for the same movement, target angles, and maintenance time established for the previous test. Results: For the 90° variables, statistical analysis pointed to agreement for the dominant limb in relation to the mean angulation and the absolute difference and for the non-dominant limb in relation to the absolute difference. The results of mean comparisons of the absolute differences via the Wilcoxon Test corroborate the literature regarding the behavior of the JPS considering joint amplitude, lateral dominance, and greater or lesser torque affecting the joint. Reliability and sensitivity measures also strengthen the conclusions. Conclusion: The results point to the construct validity of the PhisioPlay software for evaluating the JPS of the shoulder joint at 45° and 90° and suggest that the JPS is more influenced by the angle of the joint during the motor task than by the lateral dominance.

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Section: Discussionsupporting

confidence: 92%

Section: Introductionmentioning

confidence: 99%

Validation study of a software for proprioceptive evaluation

et al. 2021

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“… 7 The independence (anatomical and biomechanical) of the glenohumeral capsule from the deep layer of the supraspinatus tendon is furthermore justified by the fact that there is a region in the shoulder where the capsule layer exists without a tendinous layer: the rotator interval, in which the glenohumeral capsule is an indispensable element, responsible for the proprioception and stability of the shoulder itself. 8 So, when supraspinatus tendon repair is indicated superior glenohumeral capsule repair is mandatory: capsular resection would result in tendon mutilation and would significantly reduce tendon resistance and elasticity that could determine biomechanical failure. Moreover, superior capsule resection was not indicated because of its intrinsic role of dynamic shoulder stabilizer.…”

Section: Discussionmentioning

confidence: 99%

Isolated traumatic full-thickness supraspinatus tear with intact glenohumeral capsule: a case report

Lante,

Jany

2024

JSES Reviews, Reports, and Techniques

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“…Many medical applications can benefit from continuous monitoring of human joint movement. For example, motor rehabilitation and assistance require a quantitative assessment of the performed tasks by monitoring joint motion [1]. Many wearable soft robots for motor rehabilitation and assistance are not equipped with sensors to monitor either the robot motion or the joint angle motion of the patient, making it difficult to control the robot precisely [2][3][4][5].…”

Section: Introductionmentioning

confidence: 99%

A wearable fiber-optic sensor for monitoring human elbow and wrist joint motion

Zhao

Xie

et al. 2020

Advanced Robotics

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A wearable fiber-optic sensor for monitoring human elbow and wrist joint motionThis article describes a wearable sensor for monitoring the motion of human elbow and wrist joints. The sensor converts the joint motion angle into a displacement, which is monitored using a fiber-optic sensor based on reflective light intensity modulation. A mathematical model is established, and the potential influencing factors of the sensor are investigated. Two prototypes for elbow and wrist joint angle monitoring are fabricated and validated. The experimental results indicate that the proposed sensor has a measurement range of 0-60° (0-120°), with a resolution of 0.338° (3.6°) for monitoring the wrist joint palm flexion (elbow joint flexion). The proposed sensor has the potential to be used for rehabilitation purposes and monitoring of joint angles while performing reaching tasks, which are the most common upper-limb gestures.

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Variability of shoulder girdle proprioception in 44 healthy volunteers

Cited by 10 publications

References 20 publications

Validation study of a software for proprioceptive evaluation

Validation study of a software for proprioceptive evaluation

Isolated traumatic full-thickness supraspinatus tear with intact glenohumeral capsule: a case report

A wearable fiber-optic sensor for monitoring human elbow and wrist joint motion

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