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首页> 外文期刊>Physiotherapy theory and practice >Effect of applying consistent pressure to the stationary and the moving arm on measurement reliability of glenohumeral internal rotation range of motion
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Effect of applying consistent pressure to the stationary and the moving arm on measurement reliability of glenohumeral internal rotation range of motion

机译：将一致压力施加到静止和移动臂对胶质形状内部旋转运动范围测量可靠性的影响

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Objectives: The aim of this study was to determine the inter-rater reliability of glenohumeral internal rotation (GIR) range of motion (ROM) and pressure measurements among four measurement methods: (1) Manual stabilization of the humeral head and coracoid process (MSHC) without applying consistent pressure (ACP) to both the stationary and the moving arms (BSaMA); (2) MSHC with ACP to the moving arm; (3) MSHC with ACP to the stationary arm; and (4) MSHC with ACP to BSaMA. Design: Test-retest analyses. Participants: 39 subjects with GIR deficit. Main outcome measures: GIR ROM and pressure were measured on the stationary or moving arm by four examiners using the Clinometer application and a pressure biofeedback unit. Results: GIR ROM measurement with MSHC and ACP to the moving arm resulted in the lowest intra-class correlation coefficient (ICC = .43); the ICC for MSHC without ACP to BSaMA was .54; that for MSHC with ACP to the stationary arm was .77; and that for MSHC with ACP to BSaMA was highest, at .81. Conclusion: MSHC with ACP to both arms leads to reliable GIR ROM measurement in a clinical setting.
机译：目的：本研究的目的是确定Glenohounal内部旋转（GIR）运动范围（ROM）和压力测量的帧间帧间可靠性，以及四种测量方法中的压力测量：（1）手动稳定肱骨头和色谱法（MSHC ）在不将一致的压力（ACP）施加到静止和移动臂（BSAMA）; （2）MSHC带ACP到移动臂; （3）MSHC与静止臂的ACP; （4）MSHC与ACP到BSAMA。设计：测试 - 重新测试。参与者：39个主题，具有GIR赤字。主要结果措施：使用阈值施加和压力生物送料单元在固定或移动臂上测量GIR ROM和压力。结果：GIR ROM用MSHC和ACP测量移动臂，导致课堂内相关系数最低（ICC = .43）;没有ACP到BSAMA的MSHC的ICC是.54;对于将ACP到静止臂的MSHC为.77;对于BSAMA的MSHC，BSAMS最高，在.81。结论：MSHC与ACP双臂都会导致临床环境中可靠的GIR ROM测量。

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