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首页> 外文期刊>The spine journal: official journal of the North American Spine Society >Reliability and measurement error of sagittal spinal motion parameters in 220 patients with chronic low back pain using a three-dimensional measurement device
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Reliability and measurement error of sagittal spinal motion parameters in 220 patients with chronic low back pain using a three-dimensional measurement device

机译:使用三维测量装置对220例慢性下腰痛患者矢状脊柱运动参数的可靠性和测量误差

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Background context A basic premise for any instrument measuring spinal motion is that reliable outcomes can be obtained on a relevant sample under standardized conditions. Purpose The purpose of this study was to assess the overall reliability and measurement error of regional spinal sagittal plane motion in patients with chronic low back pain (LBP), and then to evaluate the influence of body mass index, examiner, gender, stability of pain, and pain distribution on reliability and measurement error. Study design/setting This study comprises a test-retest design separated by 7 to 14 days. Patient sample The patient cohort consisted of 220 individuals with chronic LBP. Outcome measures Kinematics of the lumbar spine were sampled during standardized spinal extension-flexion testing using a 6-df instrumented spatial linkage system. Methods Test-retest reliability and measurement error were evaluated using interclass correlation coefficients (ICC1,1) and Bland-Altman limits of agreement (LOAs). Results The overall test-retest reliability (ICC 1,1) for various motion parameters ranged from 0.51 to 0.70, and relatively wide LOAs were observed for all parameters. Reliability measures in patient subgroups (ICC1,1) ranged between 0.34 and 0.77. In general, greater (ICC1,1) coefficients and smaller LOAs were found in subgroups with patients examined by the same examiner, patients with a stable pain level, patients with a body mass index less than below 30 kg/m2, patients who were men, and patients in the Quebec Task Force classifications Group 1. Conclusions This study shows that sagittal plane kinematic data from patients with chronic LBP may be sufficiently reliable in measurements of groups of patients. However, because of the large LOAs, this test procedure appears unusable at the individual patient level. Furthermore, reliability and measurement error varies substantially among subgroups of patients.
机译:背景技术测量脊柱运动的任何仪器的基本前提是,在标准化条件下,可以在相关样本上获得可靠的结果。目的本研究的目的是评估慢性下腰痛(LBP)患者的整体脊柱矢状位平面运动的可靠性和测量误差,然后评估体重指数,检查者,性别,疼痛稳定性的影响,以及关于可靠性和测量误差的痛苦分布。研究设计/设置这项研究包括一个重试设计,间隔7到14天。患者样本患者队列由220名患有慢性LBP的患者组成。结果测量在标准的脊柱伸展屈曲测试中,使用6 df仪器空间链接系统对腰椎运动学进行了采样。方法使用类间相关系数(ICC1,1)和Bland-Altman一致性极限(LOA)评估重测信度和测量误差。结果各种运动参数的总体重测可靠性(ICC 1,1)在0.51至0.70的范围内,并且所有参数的LOA相对较宽。患者亚组(ICC1,1)的可靠性指标介于0.34和0.77之间。通常,在由同一名检查者检查过的患者,疼痛水平稳定的患者,体重指数低于30 kg / m2的患者,男性患者的亚组中,发现更大的(ICC1,1)系数和较小的LOA。 ,以及魁北克工作组分类组1中的患者。结论该研究表明,来自慢性LBP患者的矢状面运动学数据在测量患者组时可能足够可靠。但是,由于LOA较大,因此该测试程序在个别患者级别上似乎无法使用。此外,可靠性和测量误差在患者亚组之间有很大差异。

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