3D打印上肢义肢患者自我评估

Joshua V. Gyllinsky, James Gannon, Corvah Akoiwala, Cristian R. Witcher, Laura Parra, J. Baez, Travis Frink, Brendan Driscoll, Jairo Orduz, Zaid C. Aguanche, Isaac Beleño, Gustavo Pérez, Carlos Roa, Omar Gutiérrez, C. EfrenH.Garcia, Silke Scholz, K. Mankodiya
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引用次数: 1

摘要

由于有4 000万截肢者生活在医疗保健机会有限的贫穷国家,因此迫切需要新的假肢解决方案。本文介绍了我们在南美哥伦比亚为5名上肢截肢患者开发可持续假肢的初步结果。我们采用以患者为中心的方法,在每个阶段都让患者参与,努力提高他们对假肢的满意度,并评估临床有用性。我们确定了患者特定的标准,并使用设计思维方法比较了现有的开源硬件系统。最后,我们提出这些数据,以进一步发展肌电义肢作为网络物理系统的一部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Patient Self-Assessment of 3D Printed Upper-Extremity Prosthetics
With 40 million amputees living in poor countries with limited access to health care, there is a significant need for novel prosthetic solutions. This paper presents our preliminary results to develop sustainable prostheses for five upper-extremity amputee patients in Colombia, South America. We utilized a patient-centric methodology, engaging patients at every stage in an effort to increase their satisfaction with their prosthetic and to assess clinical usefulness. We identified patient-specific criteria and compared existing open source hardware systems using the Design Thinking methodology. Finally, we present these data to further the development of myoelectric prosthetics as part of cyber-physical systems.
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