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Lumped-Parameter and Finite Element Modeling of Heart Failure with Preserved Ejection Fraction
Published on: February 13, 2021
Structural components for the development of a heart failure network
Peter Luedike1, Maria Papathanasiou1, Bastian Schmack2
1West German Heart and Vascular Center, Department of Cardiology and Vascular Medicine, University Hospital Essen, Essen, Germany.
Insights
Developing specialized heart failure (HF) networks is crucial for patient access to guideline-directed therapies. This study outlines essential components for building sustainable, effective HF care networks, exemplified by the RUHR-HF-network.
Area of Science:
- Cardiology
- Healthcare Management
- Health Services Research
Background:
- Heart failure (HF) diagnosis and treatment present significant challenges.
- Access to guideline-directed therapies requires specialized HF networks.
- A multi-level care approach involving tertiary centers, HF clinics, and general cardiologists is recommended.
Purpose of the Study:
- To define optimal strategies for building and implementing HF network services.
- To outline the core principles and essential components of sustainable HF networks.
- To introduce the structure and philosophy of the RUHR-HF-network as a model.
Main Methods:
- Summarizing key components of HF networks.
- Describing the development philosophy of a certified HF network.
- Focusing on academic standards, quality indicators, and regional adaptation.
Main Results:
- HF networks require integration of academic standards, quality indicators, and regional considerations.
- A certification system by national HF associations is vital for maintaining standards.
- Digital communication, education, and telehealth are crucial for regional network efficacy.
Conclusions:
- Effective HF networks necessitate a sustainable framework incorporating quality indicators and regional specificity.
- Certification and a federal system of regional networks ensure guideline adherence and local relevance.
- The RUHR-HF-network demonstrates a successful model for certified HF clinics within a large metropolitan area.
Abstract:
Diagnosis and treatment of heart failure (HF) is challenging, and development of specialized HF networks is mandatory to warrant broad access to guideline directed therapies for patients. Numerous national cardiovascular societies recommend a three-level association of health care providers. This comprises tertiary academic centres, specialized HF clinics and specialized general cardiologists to cover the large spectrum of HF severity and entities. Although this idea of a multi-level care is widely accepted, optimal approach to build and implement a HF network service needs further definition. The core principle is that of network healthcare facilities that also consider regional peculiarities and that implements academic standards, quality indicators (QIs), interdisciplinarity and reimbursement strategies. These determinants of trans-sectoral healthcare need to be embedded in a network that provides sustainability and that incorporates QIs to objectify the efficacy of specific measures. The basis of a HF-network should be a certification system of the respective national HF association to warrant guideline standards and to prevent development of regional hierarchies or dependencies between members. This nationwide framework needs to be complemented by a federal system of regional networks, which also takes local demands into account. These regional units should incorporate digital communication and interaction pathways, structured educational programmes, certified telehealth concepts and follow-up algorithms to meet the requirements of sustainability and efficacy. We here summarize different components of HF networks and introduce the structure and development philosophy of the RUHR-HF-network that constitutes the first certified HF-clinics-network in the Ruhr area-the largest metropolitan area in Germany.
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