Benz Heather L, Rose Laura, Olgac Okan, Kreutz Karen, Saha Anindita, Civillico Eugene F
Annu Int Conf IEEE Eng Med Biol Soc. 2016 Aug;2016:287-290. doi: 10.1109/EMBC.2016.7590696.
The needs of individuals with upper limb amputation and congenital limb difference are not being fully met by current prostheses, as evidenced by prosthesis rejection, non-wear, and user reports of pain and challenging activities. Emerging technologies such as dexterous sensorized robotic limbs, osseointegrated prostheses, implantable EMG electrodes, and electrical stimulation for sensory feedback have the potential to address unmet needs, but pose additional risks. We plan to assess upper limb prosthesis user needs and perspectives on these new benefits and risks using an extensive quantitative survey. In preparation for this survey, we report here on qualitative interviews with seven individuals with upper limb amputation or congenital limb difference. Unstructured text was mined using topic modeling and the results compared with identified themes. A more complete understanding of how novel technologies could address real user concerns will inform implementation of new technologies and regulatory decision-making.
目前的假肢尚未充分满足上肢截肢者和先天性肢体差异者的需求,这体现在假肢被排斥、不使用以及使用者关于疼痛和挑战性活动的报告中。诸如灵巧的传感机器人肢体、骨整合假肢、植入式肌电图电极以及用于感觉反馈的电刺激等新兴技术有可能满足未被满足的需求,但也带来了额外风险。我们计划通过广泛的定量调查来评估上肢假肢使用者对这些新益处和风险的需求及看法。为准备此次调查,我们在此报告对7名上肢截肢或先天性肢体差异者进行的定性访谈。使用主题建模挖掘非结构化文本,并将结果与已确定的主题进行比较。对新技术如何解决实际用户问题的更全面理解将为新技术的实施和监管决策提供信息。