Implementation of Coordinated Spontaneous Awakening and Breathing Trials Using Telehealth-Enabled, Real-Time Audit and Feedback for Clinician AdHerence: A Type II Hybrid Effectiveness-Implementation
Implementation of Coordinated Spontaneous Awakening and Breathing Trials Using Telehealth-Enabled, Real-Time Audit and Feedback for Clinician AdHerence: A Type II Hybrid Effectiveness-Implementation
批准号:
10315222
负责人:
Colin Kerst Grissom
金额:
$61.97万
依托单位国家:
美国
项目类别:
财政年份:
2021
资助国家:
美国
项目状态:
未结题
起止时间:
2021-09-01 至 2026-08-31
关键词:
Absence of pain sensationAcute respiratory failureAdherenceAdoptedBreathingCOVID-19CaringClinicalClinical TrialsClinical effectivenessCluster randomized trialCognitiveCommunicationCommunitiesComplexComputerized Medical RecordConsolidated Framework for Implementation ResearchCritical CareCritical IllnessDeliriumEffectivenessEventEvidence based practiceFeedbackGoalsGuidelinesHealthcareHospitalsInstitutionIntensive CareIntensive Care UnitsInterruptionInterventionKnowledgeLeadLength of StayLungMeasuresMechanical VentilatorsMechanical ventilationMonitorMovementNursesOutcomeOxygen ConsumptionPainPatient MonitoringPatient-Focused OutcomesPatientsPerformancePeriodicityPersonsPhysiciansPositioning AttributeProtocols documentationProviderRandomizedRecoveryResearchRespiratory FailureRiskSamplingSedation procedureSiteSystemTestingTimeVentilatorWorkarmcare systemsclinical decision supportdashboarddata sharingeffectiveness implementation studyeffectiveness implementation trialfollow-upimplementation strategyimprovedimproved outcomemortalitynovelprospectiveprovider adherenceremote health careremote monitoringrespiratorytelehealthventilationventilator-associated pneumonia
中文摘要
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英文摘要
PROJECT SUMMARY
Although invasive mechanical ventilation (IMV) is a lifesaving treatment for about 300,000 U.S. patients with
acute respiratory failure each year, it is associated with significant risks. Spontaneous awakening and
breathing trials during IMV improve patient outcomes. Coordination of spontaneous awakening and breathing
trials (C-SAT/SBT) is complex and significant barriers to implementation exist and adherence with C-SAT/SBT
across institutions is highly variable. Although national guidelines recommend daily coordinated C-SAT/SBT in
IMV patients they are underused.
Telehealth-enabled remote care is positioned to improve C-SAT/SBT use. At Intermountain Healthcare, we
have system-wide tele-critical care services staffed by critical care physicians, nurses, and respiratory
therapists who remotely monitor and assist with patients in ICUs using real-time audiovisual communication, a
systemwide electronic medical record (EMR), electronic dashboards, and clinical decision support. We
recently studied the impact of implementation strategies to improve evidence-based practices for lung
protective ventilation (LPV) in 3 pilot ICUs, and then adopted a Telehealth-Enabled, real-time Audit and
feedback for Clinician adHerence (“TEACH”) to disseminate LPV adherence strategies to the other 14 ICUs,
achieving over 90% adherence (NCT 03984175). This successful approach could help identify candidates for
C-SAT/SBT protocols, prompt bedside providers to perform C-SAT/SBT, and guide execution.
The specific aims of this research are to (1) adapt baseline implementation strategies and to target C-
SAST/SBT using the Consolidated Framework for Implementation Research; (2) conduct a type II cluster-
randomized hybrid effectiveness-implementation trial to compare a usual audit and feedback implementation
approach to a usual audit and feedback implementation approach augmented with a Telehealth-Enabled, real-
time Audit and feedback for Clinician adHerence (“TEACH”) to promote C-SAT/SBT; and (3) evaluate
sustained adherence to the TEACH enhancement in the final year after the RCT has ended.
Completion of this project will advance knowledge regarding the effective and sustainable strategies for C-
SAT/SBT implementation specifically and the effectiveness generally of telehealth remote monitoring and
prompting strategies to aid best practice implementation in ICUs. The proposed research builds on the study
team’s existing work and has potential to develop more informed and effective care of persons with respiratory
failure. Spread and scale of this telehealth-enabled, central monitoring of critical aspects of care for ICU
patients is particularly important to study now, given the vulnerability of ICU staff to COVID-19 exposure.
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Implementation of Computerized Clinical Support for Mechanical Ventilation of Patients with Acute Respiratory Distress Syndrome
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批准号:9764477
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项目类别:
-
资助金额:$53.71万
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财政年份:2018
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负责人:Colin Kerst Grissom
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依托单位:
海外基金