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Doing the right thing at the right time: Assessing responses to patient deterioration in electronic simulation scenarios using course-of-action analysis
journal contribution
posted on 2023-10-18, 00:45 authored by S Cooper, R P Cant, F Bogossian, Tracey BucknallTracey Bucknall, R HopmansInternational studies indicate that the recognition and management of deteriorating patients in hospitals are poor and that patient assessment is often inadequate. Face-to-face simulation programs have been shown to have an impact on educational and clinical outcomes; however, little is known about performance in contemporary healthcare e-simulation approaches. Using data from an open-access Web-based patient deterioration program (FIRSTACTWeb), the performance of 367 Australian nursing students in identification of treatment priorities and clinical actions was analyzed using a military model of Course of Action Simulation Analysis. Participants' performance in the whole program demonstrated a significant improvement in knowledge and skills (P ≤ .001) with high levels of participant satisfaction. Course of Action Simulation Analysis modeling identified three key participant groupings within which only 18% took the "best course of action" (the right actions and timing), with most (70%) completing the right actions but in the wrong order. The remaining 12% produced incomplete assessments and actions in an incorrect sequence. Contemporary approaches such as e-simulation do enhance educational outcomes. Measurement of performance when combined with Course of Action Simulation Analysis becomes a useful tool in the description of outcomes, an understanding of decision making, and the prediction of future events.
History
Journal
Computer, Informatics, NursingVolume
33Pagination
199 - 207Location
Hagerstown, MDPublisher DOI
eISSN
1538-9774Language
engPublication classification
C Journal article; C1 Refereed article in a scholarly journalCopyright notice
2015, Lippincott Williams & WilkinsUsage metrics
Keywords
Science & TechnologyTechnologyLife Sciences & BiomedicineComputer Science, Interdisciplinary ApplicationsMedical InformaticsNursingComputer ScienceCourse-of-action simulation analysesEducationE-simulationPatient deteriorationNURSING-STUDENTS KNOWLEDGEPERFORMANCEEXPERIENCESPREVALENCEIDENTIFYIMPACTNURSESSKILLSMODELLibrary and Information Studies
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