Factors influencing health information technology adoption in Thailands community health centers Ap文档格式.docx
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sacceptanceofEPR.DeterminantsweretestedusinganextendedversionoftheTechnologyAcceptanceModel.
Design
Nursingstaffmembers(NAsandRNs)completedasurveyquestionnaireabouttheuseofEPRinhealthcare,andtheirexperiences,perceptionsandattitudesregardingEPR.
Settings
AllnursingstaffmemberswereworkinginDutchhospitals,psychiatricorganizations,careorganizationsformentallyretardedpeople,homecareorganizations,nursinghomesorhomesfortheelderly.
Participants
ThestudypopulationisanationallyrepresentativeDutchresearchsample,furtherreferredtoastheNursingStaffPanel.ThePanelconsistsofapermanentgroupofNursingAssistants(NAs)andRegisteredNurses(RNs),whoarepreparedtofillinapostalquestionnairetwiceayearonaverage.InJanuary2009,685participantscompletedthequestionnaire.
Results
NursingstaffmembersassociateEPRwithimprovedcare,especiallyqualitativelybetterandsafercare.Theyalsoexpectanincreaseincostsofcare,whileanticipatingonlyarelativelysmallriseinthenumberofpatientsthatcanbecaredfor.Ingeneral,theeffectsofEPRontheworkcircumstancesofnursingstaffareexpectedtobenegative.Job-relatedcharacteristicswerefoundtobedeterminantsofattitudestowardsusingEPR.ArelativelypositiveattitudetowardsEPRwasfoundinthreecategoriesofnursingstaffinparticular,i.e.staffworkingatleast30
hperweek,staffalreadyusingEPRandstaffworkinginhospitals.Nursingstaffinmanagementpositionsalsotendtohaveamorepositiveattitude.WhentheTechnologyAcceptanceModelwastested,attitudestowardsEPRwereprimarilyassociatedwithjob-relatedcharacteristicsandperceivedusefulnesswithrespecttoqualityofcare.
Conclusions
TheimplementationstrategiesforEPRneedtotakeaccountofthejobcharacteristicsoftheintendedfutureusers.Ifimplementationistobesuccessful,itisimportantthattheusersunderstandthebeneficialeffectsofEPRonthequalityofcare.
ArticleOutline
1.Introduction
1.1.Aimofthepaper
2.Methods
2.1.Participants
2.2.Questionnaire
2.3.Statisticalanalyses
3.Results
3.1.PerceivedusefulnessofEPR
4.Discussionandconclusion
4.1.Discussionoffindings
4.2.Methodologicalconsiderations
4.3.Theoreticalimplications
4.4.Practicalimplications
4.5.Conclusion
References
CapstoneExperience:
AnalysisofanEducationalConceptforNursing
JournalofProfessionalNursing
theUnitedStates,nursingeducationpreparesregisterednursesforpracticethroughgenericprogramsofstudythatvaryinlengthfrom2to4years.Allhavedifferinggraduationrequirementsandpurportedstudentoutcomes.Often,baccalaureate-preparednurseswithaliberalartsfoundationarerequiredtocompleteacomprehensive“capstoneexperience,”whichmayfacilitatedegreedifferentiationupongraduation.However,thereislittleconsensusinhighereducationregardingthedefiningaspectsofsuchanexperience.Thepurposeofthisarticleistoanalyzeandclarifytheconceptofcapstoneexperienceinthecontextofbaccalaureatenursingeducation.Usingatraditionalapproachofconceptanalysis[Walker,L.O.,&
Avant,K.C.(2004).Strategiesfortheoryconstructioninnursing(4thed.).UpperSaddleRiver,NJ:
Pearson],anextensivereviewofpertinentliteraturewascompleted.Asaresult,criticalordefiningattributes,antecedents,andconsequencesofcapstoneexperiencesweredetermined.Caseexamples,includingarealmodelcase,highlighttheseaspects,andadefinitionofcapstoneexperienceisoffered.Implicationsfornursingeducation,research,andpracticeareprovided,andausefullistofevaluativecriteriaforcapstoneexperiencesispresented.
Approach
IdentificationofAllPossibleUsesoftheConcept
ReviewoftheLiterature
AntecedentsandConsequences
PresentationofCases
ModelCase
BorderlineCase
ContraryCase
EmpiricalReferents
ImplicationsforNursing
Education
Research
Practice
Conclusion
Acknowledgements
HealthITSuccessandFailure:
RecommendationsfromLiteratureandanAMIAWorkshop
JournaloftheAmericanMedicalInformaticsAssociation
WiththeUnitedStatesjoiningothercountriesinnationaleffortstoreapthemanybenefitsthatuseofhealthinformationtechnologycanbringforhealthcarequalityandsavings,soberingreportsrecallthecomplexityanddifficultiesofimplementingevensmaller-scalesystems.Despitebestpracticeresearchthatidentifiedsuccessfactorsforhealthinformationtechnologyprojects,amajority,insomesense,stillfail.Similarproblemsplagueavarietyofdifferentkindsofapplications,andhavedonesoformanyyears.TenAMIAworkinggroupssponsoredaworkshopattheAMIAFall2006Symposium.Itwasentitled“AvoidingTheF-Word:
ITProjectMorbidity,Mortality,andImmortality”andfocusedonthisunder-addressedproblem.Participantsdiscussedcommunication,workflow,andquality;
thecomplexityofinformationtechnologyundertakings;
theneedtointegrateallaspectsofprojects,workenvironments,andregulatoryandpolicyrequirements;
andthedifficultyofgettingallthepartsandparticipantsinharmony.Whilerecognizingthattherestillaretechnicalissuesrelatedtofunctionalityandinteroperability,discussionaffirmedtheemergingconsensusthatproblemsareduetosociological,cultural,andfinancialissues,andhencearemoremanagerialthantechnical.Participantsdrewonlessonsfromexperienceandresearchinidentifyingimportantissues,actionitems,andrecommendationstoaddressthefollowing:
what“success”and“failure”mean,whatcontributestomakingsuccessfulorunsuccessfulsystems,howtousefailureasanenhancedlearningopportunityforcontinuedimprovement,howsystemsuccessesorfailuresshouldbestudied,andwhatAMIAshoulddotoenhanceopportunitiesforsuccesses.Theworkshoplaidoutaresearchagendaandrecommendedactionitems,reflectingtheconvictionthatAMIAmembersandAMIAasanorganizationcantakealeadershiproletomakeprojectsmorepracticalandlikelytosucceedinhealthcaresettings.
Introduction
WorkshopDevelopment
WorkshopThemes
What“Success”Is
WhatMakesItSoHard—Communication,Workflow,andQuality
WhatWeKnow—LessonsfromExperience
AMIAActionRecommendations
ResearchandPublication
BestPractices
Advocacy
Certification
DatabasesandKnowledgeIntegration
AssessmentofMedicalImagingandComputer-AssistSystems:
LessonsfromRecentExperience
AcademicRadiology
Inthelast2decadesmajoradvanceshavebeenmadeinthefieldofassessmentmethodsformedicalimagingandcomputer–assistsystemsthroughtheuseoftheparadigmofthereceiveroperatingcharacteristic(ROC)curve.Inthemostrecentdecadethismethodologywasextendedtoembracethecomplicationofreadervariabilitythroughadvancesinthemultiple–reader,multiple–case(MRMC)ROCmeasurementandanalysisparadigm.Althoughthisapproachhasbeenwidelyadoptedbytheimagingresearchcommunity,someinvestigatorsappearaversetoit,possiblyfromconcernthatitcouldplaceagreaterburdenonthescarceresourcesofpatientcasesandreaderscomparedtotherequirementsofalternativemethods.Thepresentcommunicationargues,however,thattheMRMCROCapproachtoassessmentinthecontextofreadervariabilitymaybethemostresource–efficientapproachavailable.Moreover,alternativeapproachesmayalsobestatisticallyuninterpretablewithregardtoestimatedsummarymeasuresofperformanceandtheiruncertainties.TheauthorsproposethattheMRMCROCapproachbeconsideredevenmorewidelybythelargercommunitywithresponsibilitiesfortheintroductionanddisseminationofmedicalimagingtechnologiestosociety.Generalprinciplesofstudydesignarereviewed,andimportantcontemporaryclinicaltrialsareusedasexamples.
•Background
•Industry/FDAExperiencewithDigitalMammography
•ROCAnalysis
•MRMCROCMeasurementParadigm
•MRMCROCandDigitalMammography
•TheArrivalofSystemsforComputer–AssistedReading
•InBehalfoftheIndirectDesign
•LimitationsoftheIndirectDesign
•CADforDetectionofSolitaryPulmonaryNodulesonChestFilms
•ResourceRequirements:
IndirectDesignversusMRMCROC
•BackgroundforSizingMRMCROCStudies
•FromFundamentalEssentialstoBestPractices
•FundamentalEssentials
•SomeResourcesAvailableforIndustrySponsors
•Toward“BestPractices”
•AContemporaryBias
•TheLifeCycleandtheLargerPicture
•Conclusions
•References
Nursingstudent–patientrelationship:
Experiencesofstudentsandpatients
NurseEducationToday
Thisstudydealtwithnursingstudents’andpatients’experiencesoftheirrelationship.Qualitativedatawerecollectedconductingsemi-structuredinterviewswith30nursingstudentsand30patientsonmedical