Hospital networks for the treatment of acute myocardial infarction
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Published on: February 16, 2011
1Department of Cardiology, Ca' Foncello Hospital, Treviso, Italy. zolivari@ulss.tv.it
Insights
Primary percutaneous coronary intervention (PCI) improves survival for ST-elevation myocardial infarction (STEMI) patients. Implementing Hub-and-Spoke networks ensures optimal reperfusion therapy access, regardless of hospital capabilities.
Area of Science:
- Cardiology
- Interventional Cardiology
- Healthcare Systems
Background:
- ST-elevation myocardial infarction (STEMI) patients benefit from primary percutaneous coronary intervention (PCI) over fibrinolysis, with improved survival and reduced reinfarction/stroke.
- Primary PCI requires specialized personnel and high-volume centers, limiting access for most STEMI patients admitted to non-PCI-capable hospitals.
- Alternative reperfusion options are limited for patients with contraindications, failed fibrinolysis, or cardiogenic shock.
Purpose of the Study:
- To advocate for the implementation of hospital networks using a Hub-and-Spoke model for STEMI reperfusion therapy.
- To emphasize the need for regional authorities to establish Hub centers and foster collaboration for optimal STEMI care.
- To address key logistical and clinical considerations for effective STEMI network management.
Main Methods:
- The study proposes a network-based approach, specifically the Hub-and-Spoke model, for STEMI management.
- It highlights the importance of regional planning, interdisciplinary collaboration (cardiologists, emergency physicians, 118 Service), and standardized protocols.
- Key factors such as prehospital diagnosis, transportation, patient overflow, public awareness, and data registries are identified as crucial.
Main Results:
- Hospital networks are essential to provide reperfusion treatment based on clinical needs, not just hospital resources.
- Successful implementation requires collaboration, common protocols, and efficient patient transfer systems.
- Risk stratification and timely decision-making are critical for selecting the optimal reperfusion strategy (primary PCI vs. fibrinolysis) and transfer decisions.
Conclusions:
- Hub-and-Spoke networks are the sole viable strategy to ensure equitable access to primary PCI for STEMI patients.
- Regional authorities must lead the development of these networks, integrating emergency medical services and specialized cardiac centers.
- Optimizing STEMI care necessitates a coordinated approach addressing prehospital, inter-hospital, and in-hospital processes, prioritizing patient outcomes.
Abstract:
Patients with ST-elevation myocardial infarction (STEMI) may have a survival benefit, as well as a reduced occurrence of reinfarction and stroke, if treated with primary percutaneous coronary intervention (PCI) instead of fibrinolysis. Furthermore, there are no other reperfusion options for patients with absolute contraindications to fibrinolysis or after failed fibrinolysis or in shock. Unfortunately, primary PCI programs require a relatively high number of experienced interventional cardiologists as well as other specialized personnel to guarantee a 24-hour call schedule together with a high level of skill. Since these conditions may be achieved only in a minority of hospitals with high volumes of interventional procedures, most of the patients with STEMI will be admitted to hospitals without a primary PCI program. The implementation of hospital networks based on a Hub-and-Spoke model is the only way to allow the choice of a reperfusion treatment on the basis of clinical needs and not only on the basis of the hospital characteristics. In Italy this process should be driven by regional authorities that have to establish the distribution of Hub centers, in close cooperation with cardiologists and physicians involved in emergency departments and 118 Service. Several key points, such as the collaboration between cardiologists and emergency physicians, common diagnostic and therapeutic protocols, prehospital diagnosis and treatment, transportation difficulties, overflow of the patients in the Hub centers, public campaigns for the use of the 118 Service and registries for all patients with STEMI, should be adequately addressed and implemented. In hospitals with well established primary PCI programs, all patients with STEMI should receive a mechanical reperfusion. The selection of patients with STEMI who might benefit most from mechanical reperfusion even after transfer, should be made considering the patient's risk profile, the time interval from symptom onset and the time interval to a primary PCI: in late comers (> 3 hours of symptom onset) and in the elderly, primary PCI should be the treatment of choice, but in early comers and younger patients, if an excessive time delay is necessary to perform a primary PCI, fibrinolysis might be a good initial option. In the latter, a systematic immediate transfer of high-risk patients to a primary PCI center for facilitated or rescue PCI should be considered.
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