Development of the Fundamental Training and Evaluation Tool for the Prosthetic Body-Powered Split Hook:A Preliminary Correlational Study
Development of the Fundamental Training and Evaluation Tool for the Prosthetic Body-Powered Split Hook:A Preliminary Correlational Study
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假肢动力分钩基础训练与评估工具的开发：初步相关研究
DOI：
10.1097/jpo.0000000000000243
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发表时间：
2019
影响因子：
0.6
通讯作者：
Masaki Nakagawa,Kumiko Sasao,Toshiyuki Ishioka,Makoto Suzuki,Toyohiro Hamaguchi
中科院分区：
文献类型：
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作者：
藤田好彦;堀田和司;藪下典子;白石英樹;柳久子;藤井啓介，佐藤文音，藤井悠也，堀田和司，大藏倫博;堀田和司，藤田好彦，白石英樹，藤井啓介，大藏倫博;堀田和司，田中喜代次，深作貴子，藤田好彦，中野聡子，藪下典子，根本みゆき，金泰浩，塚田晶子，濵崎愛，坂本美紗子，奥野純子．;藤田好彦，深作貴子，堀田和司，中野聡子，藪下典子，根本みゆき，金泰浩，濵崎愛，塚田晶子，田中喜代次，柳久子，奥野純子;藤井啓介，北濃成樹，藤井悠也，佐藤文音，堀田和司，大藏倫博;堀田和司，藪下典子，藤田好彦，岩崎也生子，大藏倫博，白石秀樹;Masaki Nakagawa,Kumiko Sasao,Toshiyuki Ishioka,Makoto Suzuki,Toyohiro Hamaguchi
材料与方法研究对象为5例接受过肘部以下截肢手术的男性。这些受试者进行了为期6周的FTBSH技能训练，随后进行了为期6周的时间和灵活性相关训练项目的另一轮训练。结果FTBSH测试的重复性验证表明，时间和灵巧性相关项目的一致性高，误差低。然而，与准确性相关的项目没有显示出显著的一致性。我们使用时间和灵活性相关项目进行FTBSH治疗6周。对临床变化敏感性的检查显示，与时间相关的项目发生了显著变化。结论FTBSH试验中与时间相关的项目具有较高的重复性和对临床变化的敏感性。虽然FTBSH还需要进一步的研究，但FTBSH有望作为临床实践的有效工具，为使用假肢身体动力分离钩的截肢患者带来操作能力的改善。
Materials and MethodsThe subjects were 5 men who had undergone below-the-elbow amputations. These subjects underwent skills training for 6 weeks using FTBSH, and subsequently another round of training for 6 weeks using time-and dexterity-related training items.ResultsVerification of the reproducibility of the FTBSH test revealed significantly high consistency and low error for time-and dexterity-related items. However, accuracy-related items did not demonstrate significant consistency. We administered FTBSH for 6 weeks using time-and dexterity-related items. An examination of the sensitivity to clinical change revealed significant changes in time-related items.ConclusionsThese results suggest that time-related items in the FTBSH test are highly reproducible and sensitive to clinical change. Although further studies on the FTBSH are required, the FTBSH shows promise as an effective tool for clinical practice to bring about improvements in operational capacity for individuals with amputation with a prosthetic body-powered split hook.