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Working Against the Clock: A Model for Rural STEMI Triage
Rob Carpenter1, Rochell McWhorter1, Shirl Donaldson1
1The University of Texas at Tyler, Tyler, TX, USA.
Insights
Rural residents face higher cardiac death rates, especially during ST-elevated myocardial infarction (STEMI). Improving pre-hospital STEMI triage through teamwork, technology, and training is crucial for timely care and better outcomes.
Area of Science:
- Emergency Medicine
- Cardiology
- Rural Health
Background:
- Rural populations experience higher cardiac mortality rates.
- Delays in emergency care for ST-elevated myocardial infarction (STEMI) in rural areas increase mortality.
- Optimizing pre-hospital STEMI triage is essential for improving patient outcomes.
Purpose of the Study:
- To identify challenges impacting pre-hospital STEMI triage in rural U.S. communities.
- To explore emergency personnel perceptions of STEMI triage processes.
- To develop a model for improving rural STEMI care delivery.
Main Methods:
- Qualitative research design utilizing semi-structured interviews.
- Convenience sampling of 18 emergency personnel in rural Northeast Texas.
- Thematic analysis of interview data to identify key issues and opportunities.
Main Results:
- Pre-hospital STEMI triage efficiency is dependent on teamwork, technology, and training.
- Identified critical stages for improvement: pre-transport, door-to-door, and post-transport.
- A novel pre-hospital STEMI triage model was developed.
Conclusions:
- Implementing the proposed STEMI triage model can enhance care coordination in rural settings.
- Timely reperfusion therapy is more achievable with improved pre-hospital triage efficiencies.
- Addressing systemic factors can reduce STEMI mortality in high-risk rural populations.
Abstract:
Residents in rural communities have a higher incidence of cardiac death and risk factors associated with cardiac disease. Living in a rural region can add precious time that amplifies cardiac death during an ST-elevated myocardial infarction (STEMI) episode. The consensus is that improved efficiencies can increase myocardial salvage and decrease STEMI mortality rates. This article identifies issues that may impact pre-hospital STEMI triage of patients in a rural region of the United States (U.S.). A qualitative research design was chosen to gain insight into emergency personnel perceptions of pre-hospital STEMI triage. The participants (n = 18) were obtained from a convenience sample in rural Northeast Texas, U.S. Data were gathered by individual and group semi-structured interviews. Themes were identified, synthesized, and oriented to offer a basis for understanding opportunities to improve the delivery of rural STEMI care. This study demonstrated that quality improvement initiatives aimed at achieving pre-hospital STEMI triage efficiencies have dependencies on teamwork, technology, and training in the context of 3 stages (a) pre-transport, (b) door-to-door, and (c) post-transport. A pre-hospital STEMI triage model is offered based on the findings. By incorporating this model, emergency medical coordinators in rural communities have a better opportunity to facilitate timely reperfusion therapy for this high-risk population.
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