Miltner O, Williams S, Schmidt R, Siebert C H, Rau G, Zilkens K W, Disselhorst-Klug C
Orthopädische Universitätsklinik Aachen, RWTH Aachen.
Z Orthop Ihre Grenzgeb. 2003 Mar-Apr;141(2):171-6. doi: 10.1055/s-2003-38648.
An investigation into the objective criteria of shoulder mobility possesses special meaning for diagnostic documentation, the evaluation of therapy and the effects of rehabilitation in the treatment of diseases of the shoulder. In order to ascertain the criteria which characterise shoulder mobility, it is necessary to have a tool available that is objective, comparable and allows the complexity, variability and range of motion to be recorded. Motion analysis represents one such standard procedure used to measure joint movement.
Accordingly, a marker- based motion analysis of the wrist and elbow, a marker-based three-dimensional motion analysis system for the upper extremities was developed. We evaluated 10 healthy subjects without shoulder conditions and 8 patients with impingement syndrome (7 operative, 1 conservative therapy).
The healthy subjects revealed a reproducible motion curve for the specific motion tested. The curves were defined as the normal standard and we used them for comparative purposes. In the treatment group, an improvement of the 3D range of motion could be documented for the affected shoulder following rehabilitation.
It can be stated that this newly developed marker-based procedure for the three-dimensional motion analysis is suitable for recording complex unconstrained movements. This was found to be more relevant for the assessment of the ability of patients to manage the physical demands of daily living than traditional clinical tests. Furthermore, the information gained from motion analysis of the upper extremities will play a valuable role in the future for quality control during diagnosis and treatment, as well as for the design of shoulder rehabilitation programs.
研究肩部活动度的客观标准对于肩部疾病治疗中的诊断记录、治疗评估及康复效果评估具有特殊意义。为了确定表征肩部活动度的标准,有必要拥有一种客观、可比较且能记录运动复杂性、变异性和运动范围的工具。运动分析就是用于测量关节运动的一种此类标准程序。
因此,开发了一种基于标记的腕关节和肘关节运动分析方法,即一种用于上肢的基于标记的三维运动分析系统。我们评估了10名无肩部疾病的健康受试者和8名患有撞击综合征的患者(7例接受手术治疗,1例接受保守治疗)。
健康受试者在测试的特定运动中呈现出可重复的运动曲线。这些曲线被定义为正常标准,并用于比较目的。在治疗组中,康复后受影响肩部的三维运动范围有所改善。
可以说,这种新开发的基于标记的三维运动分析程序适用于记录复杂的无约束运动。与传统临床测试相比,这被发现对于评估患者应对日常生活身体需求能力更为相关。此外,从上肢运动分析中获得的信息在未来诊断和治疗期间的质量控制以及肩部康复计划设计中将发挥重要作用。