Genium和C-Leg假膝与完整膝关节功能性能的差异。

MJ Highsmith, JT Kahle, Cress ME Miro RM, DJ Lura
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引用次数: 15

摘要

微处理器假膝(mpk)具有先进的技术,为经股截肢(TFA)患者提供了减少损伤和活动限制的新功能。Genium膝关节未经过功能测试,其与完整膝关节的功能差异尚不清楚。本研究旨在确定与C-Leg相比,使用Genium是否能改善功能表现。采用随机实验交叉设计,选取5名非截肢者作为对照,与正常人进行对比。对20名在社区活动的TFA患者进行了培训和测试,以确定其住宿是否包含研究内容。所有受试者(n = 25)采用连续量表身体功能表现-10 (CS-PFP10)评估。TFA患者同时使用两种MPK系统。与c腿相比,Genium的使用提高了上肢灵活性、平衡性和耐力域得分(7.0%-8.4%,p 本文章由计算机程序翻译,如有差异,请以英文原文为准。
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Functional performance differences between the Genium and C-Leg prosthetic knees and intact knees.
Microprocessor prosthetic knees (MPKs) have advanced technologically, offering new features to decrease impairment and activity limitations for persons with transfemoral amputation (TFA). The Genium knee is functionally untested, and functional differences between it and intact knees are unknown. This study sought to determine whether Genium use improves functional performance compared with the C-Leg. A randomized experimental crossover design was used, with a cross-section of five nonamputee controls for comparison to normal. Twenty community-ambulating persons with TFA were trained and tested for accommodation with study components. All subjects (n = 25) were assessed using the Continuous-Scale Physical Functional Performance-10 (CS-PFP10) assessment. Subjects with TFA used both MPK systems. Genium use improved upper-body flexibility, balance, and endurance domain scores (7.0%-8.4%, p
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