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Discover the tasks individuals struggle with and find significant due to partial hand limb loss. Learn how identifying these tasks can lead to customized prosthetic modifications to improve functionality and outcomes. This study analyzed 15 participants with partial hand amputations using the Flinn Performance Screening Tool to prioritize important but challenging activities, such as cutting meat, buttoning clothes, and opening packages. The findings emphasize the importance of individualized care for those with partial hand amputations to enhance prosthetic fabrication and functionality. Personalized goals can significantly impact prosthetic design and training for improved user satisfaction and performance.
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Individualizing goals for users of externally powered partial handprostheses Lynsay Whelan, MS, OTR/L; Sharon Flinn, PhD, OTR/L, CHT; Nathan Wagner, LPO, CPO, OTR/L
Aim • Identify those tasks that individuals with partial hand limb loss or deficiency find both difficult to perform and important. • Relevance • This information leads to personalized modifications for individuals with prosthetic hands to ensure accomplishment of priority tasks.
Method • Subjects • 15 participants with partial hand amputations. • Measure • Flinn Performance Screening Tool (FPST): • Identifies valued life activities of individuals recovering from injury. • Dichotomous rating scale: • 1 = activity was important but problematic. • 0 = activity was not important or not problematic. • Of important but problematic items, subjects ranked top 5 priorities.
Results • Participants reported an average of 18 important and problematic tasks. • Most commonly reported activity limitations: • Cut meat, peel vegetables, trim nails, fasten buttons, serve food, tie rubbish, care for toenails, open packages, wash glasses, carry bulky items.
Conclusion • This study suggests need to identify and personalize care of individuals with partial hand amputations for improved prosthetic fabrication and functional outcomes. • Ability to address priority tasks in design and programming of and training with partial hand prosthesis shows promise when personalized goals are obtained.