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首页> 外文期刊>Journal of prosthetics and orthotics: JPO >Design and Construction of a New Partial Foot Prosthesis Based on High-Pressure Points in a Patient with Diabetes with Transmetatarsal Amputation: A Technical Note
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Design and Construction of a New Partial Foot Prosthesis Based on High-Pressure Points in a Patient with Diabetes with Transmetatarsal Amputation: A Technical Note

机译：基于患者高压点的糖尿病患者高压点的设计与施工综合截肢：技术说明

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Copyright ? 2018 American Academy of Orthotists and Prosthetists. Copyright ? 2018 American Academy of Orthotists and Prosthetists. INTRODUCTION Diabetic foot ulcers are significant complications of diabetes that can lead to amputation. Partial foot prostheses can be used to redistribute the plantar pressure on the residual limb to alleviate local pressures. The aim of this study was to describe the fabrication of an original silicone foot prosthesis that provided an improved functional outcome for a patient with a transmetatarsal amputation due to diabetes. METHODS High-pressure areas on the foot were identified using Force-Sensing Resistor sensors. During prosthetic fabrication, silicone with low shore was injected in these areas. Different silicone stiffness was used to reduce pressure accordingly. The silicone injection was achieved in two stages, using cast formers and wax. DISCUSSION The bespoke method of fabrication used in this study and the use of various levels of silicone stiffness provided a highly cosmetic prosthesis that offered improved pressure distribution. INTRODUCTION Diabetic foot ulcers are significant complications of diabetes that can lead to amputation. Partial foot prostheses can be used to redistribute the plantar pressure on the residual limb to alleviate local pressures. The aim of this study was to describe the fabrication of an original silicone foot prosthesis that provided an improved functional outcome for a patient with a transmetatarsal amputation due to diabetes. METHODS High-pressure areas on the foot were identified using Force-Sensing Resistor sensors. During prosthetic fabrication, silicone with low shore was injected in these areas. Different silicone stiffness was used to reduce pressure accordingly. The silicone injection was achieved in two stages, using cast formers and wax. DISCUSSION The bespoke method of fabrication used in this study and the use of various levels of silicone stiffness provided a highly cosmetic prosthesis that offered improved pressure distribution.
机译：版权？ 2018年美国矫形器和假肢学院。版权？ 2018年美国矫形器和假肢学院。引言糖尿病足溃疡是糖尿病的显着并发症，可以导致截肢。部分脚假肢可用于重新分配残留肢体上的跖骨压力以缓解局部压力。本研究的目的是描述原始硅氧烷脚假体的制造，其为患者提供了由于糖尿病引起的患者的患者的改善功能结果。方法使用力传感电阻传感器识别脚的高压区域。在假体制造期间，在这些区域注入具有低岸的硅氧烷。使用不同的硅氧烷刚度来相应地减压压力。用浇铸成型剂和蜡在两个阶段实现有机硅注入。讨论本研究中使用的制造的定制方法和各种硅氧烷刚度的使用提供了一种高度化妆品假体，可提供改善的压力分布。引言糖尿病足溃疡是糖尿病的显着并发症，可以导致截肢。部分脚假肢可用于重新分配残留肢体上的跖骨压力以缓解局部压力。本研究的目的是描述原始硅氧烷脚假体的制造，其为患者提供了由于糖尿病引起的患者的患者的改善功能结果。方法使用力传感电阻传感器识别脚的高压区域。在假体制造期间，在这些区域注入具有低岸的硅氧烷。使用不同的硅氧烷刚度来相应地减压压力。用浇铸成型剂和蜡在两个阶段实现有机硅注入。讨论本研究中使用的制造的定制方法和各种硅氧烷刚度的使用提供了一种高度化妆品假体，可提供改善的压力分布。

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