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Gait parameters associated with balance in healthy 2-to 4-year-old children

机译:健康的2至4岁儿童的步态参数与平衡有关

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摘要

The use of validated measurements of gait and balance are crucial to establish baseline function and assess effectiveness of therapeutic interventions. Gait in children changes with motor development requiring frequent observations to effectively track progress. Standardized baseline spatiotemporal measurements and a greater understanding of the relationship between gait and balance would provide important feedback to clinicians regarding the effectiveness of rehabilitation and guide treatment modifications. 84 subjects (2.0- 4.9 years) walked along the GAITRite (R), a walkway that records spatiotemporal parameters. The Pediatric Balance Scale (PBS) was administered to assess balance. Comparison of spatiotemporal parameter means between age groups showed trends associated with motor development similar to the ones described in the literature such as decreased cadence and increased step/stride length with increasing age. However, no significant differences in normalized spatiotemporal parameters were found between age groups. Age, leg length, cadence, step/stride length, step/stance time, and single/double support time showed significant correlation with balance scores. When the parameters were grouped into spatial, temporal, and age-related components using principal components analysis and included in a multiple regression model, they significantly predicted 51% of the balance score variance. Age-related components most strongly predicted balance outcomes. We suggest that balance can potentially be evaluated by assessment of spatial, temporal, and age-related characteristics of gait such as step length, cadence, and leg length. This suggests the possibility of developing new gait measurement technology that could provide functional assessment and track improvements during rehabilitation regimens. If the same model can be applied to monitor treatment efficacy in children with gait abnormalities remains to be addressed. (C) 2015 Elsevier B.V. All rights reserved.
机译:使用经过验证的步态和平衡测量对于建立基线功能和评估治疗干预的有效性至关重要。儿童的步态随运动发展而变化,需要经常观察以有效地跟踪进展。标准化的基线时空测量值以及对步态与平衡之间关系的更多了解将为临床医生提供有关康复效果的重要反馈,并指导治疗方案的修改。 84位受试者(2.0- 4.9岁)沿着记录时空参数的人行道GAITRite(R)行走。小儿平衡量表(PBS)被用来评估平衡。年龄组之间时空参数均值的比较显示出与运动发展相关的趋势,类似于文献中描述的趋势,例如,随着年龄的增长,脚踏步伐和步幅/步幅减小。但是,各年龄组之间的标准化时空参数没有发现显着差异。年龄,腿长,脚踏圈速,步长/步幅,步长/站立时间和单/双支撑时间与平衡得分呈显着相关。当使用主成分分析将参数分为空间,时间和与年龄相关的成分并包含在多元回归模型中时,它们可以显着预测出51%的余额得分差异。与年龄有关的组成部分最能预测平衡结果。我们建议可以通过评估步态的空间,时间和与年龄相关的步态特征(例如步长,节奏和腿长)来评估平衡。这表明开发新的步态测量技术的可能性,该技术可以在康复治疗方案中提供功能评估并跟踪改善情况。能否将同一模型用于监测步态异常儿童的治疗效果仍有待解决。 (C)2015 Elsevier B.V.保留所有权利。

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