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首页> 外文期刊>Journal of hand therapy: Official journal of the American Society of Hand Therapists >Validity and reliability of the Functional Dexterity Test in children
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Validity and reliability of the Functional Dexterity Test in children

机译：儿童功能性灵敏试验的有效性和可靠性

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Abstract Study Design Clinical measurement study. Introduction The Functional Dexterity Test (FDT) has not been validated in children. Purpose of the Study To determine reliability and validity of the FDT in a pediatric population. Methods Intraclass Correlation Coefficients (ICCs) were used to calculate interrater and test-retest reliability in typically developing children. Pearson correlation coefficients were used to compare FDT speed with the Jebsen-Taylor Hand Function Test (JHFT) and with 2 activities of daily living tasks to establish validity in children with congenital hand differences. Results The FDT demonstrated excellent interrater (ICC, 0.99) and test-retest (ICC, 0.90) reliability. Pearson correlation coefficients exceeded 0.67 for JHFT subsets of fine dexterity and were all less than 0.66 for JHFT subsets of gross grasp. Correlations with the activities of daily living tasks were good to excellent. FDT speeds in TD children exceeded those of children with congenital hand differences ( P Discussion Children with congenital hand differences are often treated early in life, making it important to reliably assess hand function of these young children to distinguish developmental change from changes due to interventions. The FDT can reliably measure functional progress over time, help clinicians monitor the efficacy of treatment, and provide families realistic feedback on their child’s progress. Conclusion The FDT is a valid and reliable instrument for the measurement of fine motor dexterity in children.
机译：摘要研究设计临床测量研究。简介功能性灵活性测试（FDT）尚未在儿童验证。该研究的目的是在儿科人群中确定FDT的可靠性和有效性。方法使用跨读的相关系数（ICC）来计算通常在发展中儿童中的Interray和测试 - 保持性可靠性。 Pearson相关系数用于将FDT速度与JEBSEN-TAYLOR手函数测试（JHFT）进行比较，以及每日生活任务的2个活动，以建立具有先天性差异的儿童的有效性。结果FDT展示了优异的Internarder（ICC，0.99）和测试 - 重新测试（ICC，0.90）可靠性。 Pearson相关系数超过精细灵巧的JHFT子集超过0.67，并且对于粗糙掌握的JHFT子集均小于0.66。与日常生活任务活动的相关性良好至关重要。 TD儿童的FDT速度超过了具有先天性手差异的儿童（P讨论患有先天性差异的儿童常见于生命早期对待，使得可靠地评估这些幼儿的手功能，以区分由于干预措施因干预而区分发展变革。 FDT可以随着时间的推移可靠地测量功能进展，有助于临床医生监测治疗的疗效，并为家庭提供有关孩子进步的现实反馈。结论FDT是用于测量儿童精细电机灵活性的有效可靠的仪器。

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