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![]() | Document Date: 2011-03-07 10:19:15Open Document File Size: 1,49 MBShare Result on FacebookCityRichmond / /CompanyBall / Appendix 2 WorkSafeBC Evidence-Based Practice Group / WorkSafeBC Evidence-Based Practice Group / The Evidence-Based Practice Group / /CountryWest Germany / Sweden / United States / Canada / Australia / United Kingdom / Finland / India / Denmark / / /FacilityStn Terminal / Southampton University / Cochrane Library / /IndustryTermappropriate prosthetic device / clinical applications / rehabilitation infrastructure / rehabilitation services / prosthetic devices / myoelectric technology / electric systems / prosthetic device / hybrid electrohydraulic power systems / energy / digital signal processors / insurance coverage / appropriate prosthetic devices / conventional body-powered prosthetic devices / limb prosthetic devices / upper limb prosthetic technology / upper limb prosthetic devices / prosthetic applications / search engines / particular prosthesis product / terminal devices / myoelectric hand technology / health care insurance / microprocessor technology / metal connections / terminal device / expensive technology / /NaturalFeatureEdward Island / /OrganizationWashington Department of Labor / Southampton University / US Department of Veterans Affairs / /PersonOtto Bock / Authors Demet Edeer / Craig W. Martin / / /PositionExecutive / representative / Senior Medical Advisor / microprocessor controller / /ProvinceOrStateAlberta / Northwest Territories / Quebec / New Brunswick / Saskatchewan / Prince Edward Island / Nunavut / Newfoundland / Manitoba / Nova Scotia / Ontario / /RegionSouth Wales / /Technologyupper limb prosthetic technology / merely experimental / myoelectric hand technology / two digital signal processors / microprocessor technology / 1970s.51-53 Myoelectric prostheses Myoelectric technology / /URLhttp /SocialTag |