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Aging and Disease    2017, Vol. 8 Issue (2) : 176-195     DOI: 10.14336/AD.2016.0901
Review |
Is Technology Present in Frailty? Technology a Back-up Tool for Dealing with Frailty in the Elderly: A Systematic Review
Iranzu Mugueta-Aguinaga1,Begonya Garcia-Zapirain2,3
1Rehabilitation Service, Cruces Universitary Hospital, Plaza Cruces s/n, 48903, Barakaldo, Spain.
2DeustoTech - Deusto Foundation, Avda Universidades, 24, 48007, Bilbao, Spain
3Engineering Faculty, University of Deusto, Avda. Universidades, 24, 48007, Bilbao, Spain
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Abstract  

This study analyzes the technologies used in dealing with frailty within the following areas: prevention, care, diagnosis and treatment. The aim of this paper is, on the one hand, to analyze the extent to which technology is present in terms of its relationship with frailty and what technological resources are used to treat it. Its other purpose is to define new challenges and contributions made by physiotherapy using technology. Eighty documents related to research, validation and/or the ascertaining of different types of hardware, software or both were reviewed in prominent areas. The authors used the following scales: in the area of diagnosis, Fried’s phenotype model of frailty and a model based on trials for the design of devices. The technologies developed that are based on these models accounted for 55% and 45% of cases respectively. In the area of prevention, the results proved similar regarding the use of wireless sensors with cameras (35.71%), and Kinect™ sensors (28.57%) to analyze movements and postures that indicate a risk of falling. In the area of care, results were found referring to the use of different motion, physiological and environmental wireless sensors (46,15%), i.e. so-called smart homes. In the area of treatment, the results show with a percentage of 37.5% that the Nintendo® Wii™ console is the most used tool for treating frailty in elderly persons. Further work needs to be carried out to reduce the gap existing between technology, frail elderly persons, healthcare professionals and carers to bring together the different views about technology. This need raises the challenge of developing and implementing technology in physiotherapy via serious games that may via play and connectivity help to improve the functional capacity, general health and quality of life of frail individuals.

Keywords Frailty      kinect      exergaming      serious games      robots      virtual reality     
Corresponding Authors: Iranzu Mugueta-Aguinaga   
Just Accepted Date: 16 September 2016   Issue Date: 22 March 2017
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Iranzu Mugueta-Aguinaga
Begonya Garcia-Zapirain
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Iranzu Mugueta-Aguinaga,Begonya Garcia-Zapirain. Is Technology Present in Frailty? Technology a Back-up Tool for Dealing with Frailty in the Elderly: A Systematic Review[J]. A&D, 2017, 8(2): 176-195.
URL:  
http://www.aginganddisease.org/EN/10.14336/AD.2016.0901     OR     http://www.aginganddisease.org/EN/Y2017/V8/I2/176
Figure 1.  Prevalence of frailty in Spain. Data from cohorts of longitudinal aging studies in Spain.
Figure 2.  Percentage of results according to the data base that was reviewed.
Figure 3.  Flow Diagram. Strategy carried out in this review
Figure 4.  Results found between 2005-2015 for specific areas
Figure 5.  Results found for selected areas when reviewing 2005-2015 and yearly results and selected areas found for the review.
Figure 6.  Results found by year and by area: Diagnosis, Prevention, Care, Treatment.
AuthorYearCountryClinic GroupControl GroupAge(Years)DiagnosisAreaMethodClassification
Ganea et al., 2011[29]2011Switzerland7927≥65FrailtyDiagnosisPortable inertial sensorHardware
Martínez-Ramirez et al., 2011[30]2011Spain322475-83FrailtyDiagnosisTriaxial inertial guidance sensorHardware
Chang et al., 2013[32]2013Taiwan160149≥65FrailtyDiagnosisWireless sensors and artificial neural networks integratedHardwareSoftware
Fontecha et al., 2013[33]2013Spain20--78-86FrailtyDiagnosisAccelerometer sensor integrated into smartphoneHardwareSoftware
Galan-Mercant et al.,2013;2014 y 2015[34-36]2013Spain30--≥65FrailtyDiagnosisInertial sensor in iPhone4®Hardware
Zaffarana et al., 2014[37]2014Italy94--65-90FrailtyDiagnosisInertial sensors in Samsung Galaxy SII/IIIHardware
Castro et al., 2015[38]2015Mexico15--73-79FrailtyDiagnosisIncense application in smartphoneHardwareSoftware
Gallego et al., 2011[40]2011Spain387--≥80FrailtyDiagnosisHand gripHardwareSoftware
Chang et al.,2011[41]2011Taiwan160149≥65FrailtyDiagnosisElectronicpressure grip force and distanceHardwareSoftware
Zavala et al., 2012[42]2012Mexico11--65-85FrailtyDiagnosisWii™ console using remote sensorHardwareSoftware
Chkeir et al., 2013[43]2013France360--SeniorFrailtyDiagnosisGrip-ball DynamometerHardwareSoftware
Hewson et al., 2013[45]2013France----SeniorFrailtyDiagnosisGrip-ball DynamometerDigital bathroom scale AcelerometerHardwareSoftware
Jaber et al., 2013[46]2013France150--≥75FrailtyDiagnosisARPEGE ProjectHardwareSoftware
Dapp et al., 2013[47]2013Switzerland3326--≥60FrailtyDiagnosisGAITRite®-SystemHardwareSoftware
Drubbel et al., 2013 [48,49]2013Netherlands1580--≥60FrailtyDiagnosisSoftware GFIdataSoftware
Table 1  Results in area: Diagnosis
AuthorYearCountryClinic GroupControl GroupAge(Years)DiagnosisAreaMethodClassification
Lee et al., 2005[53]2005Canada21--20-40FrailtyPreventionVideocamerasHardwareSoftware
Reeves et al., 2007[54]2007United Kingdom--21 municipios--SeniorFrailtyPrevention20 Wireless environmental sensorsHardwareSoftware
Jun et al., 2009[55]2009USA----Healthy young adultsFrailtyPreventionVicon 3D system6 markersHardwareSoftware
Zouba et al., 2009[56]2009France2--64-85FrailtyPreventionGERHOME:Cameras and sensorsHardwareSoftware
Tolkiehn et al., 2011[57]2011United Kingdom12--x¯26FrailtyPreventionAcelerometerBarometric pressure sensorHardwareSoftware
Menelas et al., 2012[58]2012Canada----Only laboratory testsFrailtyPreventionKinect™Interactive shoeHadwareSoftware
Nakajima et al., 2012[59]2012Japan498--x¯74FrailtyPreventionManipulated inner solesHadwareSoftware
Tchalla et al., 2012[60]2012France9698≥65FrailtyPreventionTelecareHardwareSoftware
Sadasivam et al., 2014[61]2014USA9--71-90FrailtyPreventionRobot with videocameraHardwareSoftware
Ando et al., 2015[62]2015Italy10--25-44FrailtyPreventionSmartphoneHardwareSoftware
Chaccour et al., 2015[63]2015France----Young adults in laboratoryFrailtyPreventionOptical sensorsInertial acelerometer Audio notification module Location module Infrared sensors Ultrasonic sensorHardwareSoftware
Dubois et al., 2015[64]2015Switzerland12--21-54FrailtyPreventionSensor KinectHardwareSoftware
Table 2  Results in area: Prevention
AuthorYearCountryClinic GroupControl GroupAge(Years)DiagnosisAreaMethodClassification
Savenstedt et al., 2005[67]2005Sweden18..SeniorFrailtyCareTelecareHardwareSoftware
Finkelstein et al., 2006[68]2006USA4040≥60FrailtyCareTelecare:VALUE programHardwareSoftware
Vincent et al., 2006[69]2006Canadá38--≥65FrailtyCareTelecareHardware
Savolainen et al., 2008 y Magnusson et al., 2012[70,71]2008Sweden----SeniorFrailtyCareTechnology of the information and communication. (TICs)HardwareSoftware
Lin et al., 2008[72]2008Taiwan----≥60FrailtyCareWireless physiological sensorsHardwareSoftware
Mahoney et al., 2009[73]2009USA13--x¯79FrailtyCareAT EASE ProjectHardwareSoftware
Vacher et al., 2011 y 2013[74.75]2011France13--x¯35FrailtyCareSWEET-HOME ProjectHardwareSoftware
Robben et al., 2012[76]2012Netherlands290--≥70FrailtyCaree-salud web siteSoftware
Pigini et al., 2012[77]2012Italy63--75-91FrailtyCareRobot ShadowHardwareSoftware
Clarke et al., 2013[78]2013United Kingdom11--45-82FrailtyCareIntegrated sensor platformHardwareSoftware
De Folter et al., 2014[79]2014United Kingdom----SeniorFrailtyCareinCASA (integrated network)HardwareSoftware
Man et al., 2015[80]2015Netherlands73--≥65FrailtyCareInteractive Software with 11 functionsSoftware
Table 3  Results in area: Care
AuthorYearCountryClinic GroupControl GroupAge(Years)DiagnosisAreaMethodClassification
Ganea et al., 2007[81]2007Switzerland30--74-86FrailtyTreatmentInertial sensor systemHardwareSoftware
Bondoc et al.,2011 [82]2011USA2020SeniorFrailtyTreatmentWii™ sports and Wii Fit programHardware
Kwok et al., 2011[83]2011Singapore4040≥60FrailtyTreatmentNintendo® Wii™ consoleHardware
Szturm et al., 2011[84]2011Canada141665-85FrailtyTreatmentPressure and motion sensorsHardwareSoftware
Daniel et al., 2011[85]2011USA1211≥65FrailtyTreatmentGeri-Fit® programWii™ consoleHardwareSoftware
Daniel et al., 2012[86]2012USA167≥70FrailtyTreatmentWii FitNintendo®Wii™ consoleHardware
Tsai et al., 2013[87]2013Taiwan101--≥60FrailtyTreatmentiFit fitness testing platformHardwareSoftware
Jorgensen et al., 2013[88]2013Denmark2830≥65FrailtyTreatmentNintendo®Wii™ consoleHardware
Kim et al., 2013[89]2013South Korea181465-72FrailtyTreatmentVirtual realityHardwareSoftware
Lauritzen et al., 2013[90]2013Sapin18--81-9025-45FrailtyTreatmentFitbit UltraSamsung Galaxy S3Hardware
Padala et al., 2014[91]2014USA6363≥70FrailtyTreatmentWii FitHardware
Kubicki et al., 2014[92]2014France2323≥70FrailtyTreatmentBased on 2D virtual realityFovea Interactive® and markerHardware
Geraedts et al., 2014[93]2014Netherlands50--70-85FrailtyTreatmentWireless motion sensorHardwareSoftware
Geraedts et al., 2015[94]2015USA20--≥70FrailtyTreatmentHybrid sensor: acelerometer and barometric pressure sensorHardware
Fairhall et al., 2015[95]2015Australia115115≥70FrailtyTreatmentMultifactorial intervention program with online exercisesInteractive computer software
Table 4  Results in area: Treatment
Figure 7.  Percentage of results according to the scales on which the authors base for the design of technology in the area: Diagnosis.
Figure 8.  Percentage of devices used in studies for fall prevention.
Figure 9.  Percentage of tools used in the study for care.
Figure 10.  Percentage of devices used in the studies for treatment.
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