Upper-limb prosthetic maintenance data: A retrospective analysis study

<strong>Introduction </strong> Understanding repair patterns of upper-limb (UL) prosthetic devices have received little attention compared with their lower-limb counterparts. This study focuses on a retrospective analysis of anonymized UL prosthetic maintenance data to establish if there...

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Main Authors: Nagaraja, VH, Cheng, R, Slater, DH, Thompson, MS, Bergmann, JHM
Format: Journal article
Language:English
Published: Lippincott, Williams & Wilkins 2021
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author Nagaraja, VH
Cheng, R
Slater, DH
Thompson, MS
Bergmann, JHM
author_facet Nagaraja, VH
Cheng, R
Slater, DH
Thompson, MS
Bergmann, JHM
author_sort Nagaraja, VH
collection OXFORD
description <strong>Introduction </strong> Understanding repair patterns of upper-limb (UL) prosthetic devices have received little attention compared with their lower-limb counterparts. This study focuses on a retrospective analysis of anonymized UL prosthetic maintenance data to establish if there were any patterns of repairs at a regional prosthetic limb-fitting center in the United Kingdom. A secondary aim of this study is to describe the patient demographics of this center. <br> <strong>Methods </strong> Data containing prosthetic repair log and demographic description (n = 212) were acquired through our clinical partners and subjected to statistical analyses. <br> <strong>Results </strong> On average, each client visited the center 0.2 times/year for a new device and 0.9 times/year for maintenance-related activities. It is found that the repair rates are generally higher for body-powered devices (1.28 visits/device per year) compared with passive (0.94 visits/device per year) and externally powered devices (0.90 visits/device per year). In keeping with the typical UK UL-deficient population, there is a high male-to-female ratio, and higher instances of traumatic amputations were noticed for males at the center. There is a very high preponderance of congenital cases and an overall emphasis on prescribing passive devices to a majority of patients at the center. <br> <strong>Conclusions </strong> The data from our study are similar to previously published data from other centers and show a consistent pattern in terms of relative rates of maintenance attendances for different types of UL prostheses. <br> <strong>Clinical Relevance </strong> This study provides a longitudinal perspective and insights on ever-changing requirements (prostheses and related care) of the users at the level of a regional limb-fitting center. This study underscores current gaps in prosthetic device durability/reliability and opens up avenues for improvement of prosthetic services and devices.
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spelling oxford-uuid:20143717-82c8-46c0-96ab-3a89f3f314822022-11-16T08:30:42ZUpper-limb prosthetic maintenance data: A retrospective analysis studyJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:20143717-82c8-46c0-96ab-3a89f3f31482EnglishSymplectic ElementsLippincott, Williams & Wilkins2021Nagaraja, VHCheng, RSlater, DHThompson, MSBergmann, JHM<strong>Introduction </strong> Understanding repair patterns of upper-limb (UL) prosthetic devices have received little attention compared with their lower-limb counterparts. This study focuses on a retrospective analysis of anonymized UL prosthetic maintenance data to establish if there were any patterns of repairs at a regional prosthetic limb-fitting center in the United Kingdom. A secondary aim of this study is to describe the patient demographics of this center. <br> <strong>Methods </strong> Data containing prosthetic repair log and demographic description (n = 212) were acquired through our clinical partners and subjected to statistical analyses. <br> <strong>Results </strong> On average, each client visited the center 0.2 times/year for a new device and 0.9 times/year for maintenance-related activities. It is found that the repair rates are generally higher for body-powered devices (1.28 visits/device per year) compared with passive (0.94 visits/device per year) and externally powered devices (0.90 visits/device per year). In keeping with the typical UK UL-deficient population, there is a high male-to-female ratio, and higher instances of traumatic amputations were noticed for males at the center. There is a very high preponderance of congenital cases and an overall emphasis on prescribing passive devices to a majority of patients at the center. <br> <strong>Conclusions </strong> The data from our study are similar to previously published data from other centers and show a consistent pattern in terms of relative rates of maintenance attendances for different types of UL prostheses. <br> <strong>Clinical Relevance </strong> This study provides a longitudinal perspective and insights on ever-changing requirements (prostheses and related care) of the users at the level of a regional limb-fitting center. This study underscores current gaps in prosthetic device durability/reliability and opens up avenues for improvement of prosthetic services and devices.
spellingShingle Nagaraja, VH
Cheng, R
Slater, DH
Thompson, MS
Bergmann, JHM
Upper-limb prosthetic maintenance data: A retrospective analysis study
title Upper-limb prosthetic maintenance data: A retrospective analysis study
title_full Upper-limb prosthetic maintenance data: A retrospective analysis study
title_fullStr Upper-limb prosthetic maintenance data: A retrospective analysis study
title_full_unstemmed Upper-limb prosthetic maintenance data: A retrospective analysis study
title_short Upper-limb prosthetic maintenance data: A retrospective analysis study
title_sort upper limb prosthetic maintenance data a retrospective analysis study
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AT chengr upperlimbprostheticmaintenancedataaretrospectiveanalysisstudy
AT slaterdh upperlimbprostheticmaintenancedataaretrospectiveanalysisstudy
AT thompsonms upperlimbprostheticmaintenancedataaretrospectiveanalysisstudy
AT bergmannjhm upperlimbprostheticmaintenancedataaretrospectiveanalysisstudy