J. Delprat (Médecin de médecine physique et réadaptation) , S. Ehrler (Médecin de médecine physique et réadaptation) , J.-C. Meyer (Médecin de médecine physique et réadaptation)
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引用次数: 2

摘要

目前,当评估、评估和评分的概念几乎涉及到我们所有的活动时,活动度的测量被认为是一种常见的程序,易于执行,有时由于涉及关节的数量而繁琐。事实上,这样的评估不仅需要关节解剖学的知识,也需要神经肌肉方面的知识。就实际质量要求而言,这种测量必须经过验证,即必须满足某些明确的标准化标准,才能被接受和广泛认可。然而,由于一些计算机化技术可以在数据输入、数据管理和结果呈现方面提高其质量,因此这种方法今天在很大程度上正在发展。多种潜力允许针对特定需求提供特定反应,例如在手术后评估、康复随访或身体损伤专业知识等不同情况下。今天最常用的技术是测角仪和纸质记录卡,无论是否数字化。然而,在研究领域取得了令人鼓舞的成果之后,数据输入和管理的计算机化技术以及数字摄像机可能会在日常临床实践中得到广泛应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Poignet et main : bilan articulaire

Currently, at the time when the concepts of evaluation, assessment, and score are involved in almost all our activities, the measurement of the range of motion is considered a common procedure, easy to be performed, sometimes fastidious due to the number of joints involved. In fact, such assessment needs a perfect knowledge of not only the joint anatomy but also the neuromuscular aspects. Regarding the actual quality requirements, this measurement must be validated, i.e. it has to meet some definite standardized criteria as to be accepted and widely recognised. However, since some computerisation techniques may improve its quality in terms of data input, data management, and result presentation, this method is today largely evolving. Multiple potentialities allow providing specific responses to specific needs, such as in contexts as different as post-surgery evaluation, rehabilitation follow-up or expertise of bodily damage. Today the most frequently used techniques are the goniometer and the paper record cards, digitized or not. However, after promising results in the research field, the computerised techniques of data input and management and digital cams are likely to become widely used in daily clinical practice.

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