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Conceptual model for heart failure disease management
Efstathia Andrikopoulou1, Kariann Abbate2, David J Whellan3
1Department of Internal Medicine, Thomas Jefferson University Hospital, Philadelphia, Pennsylvania, USA.
Insights
An effective heart failure disease management (HFDM) plan integrates specialty outpatient clinic follow-up and continuous patient self-care education. This approach aims to improve patient understanding and response to worsening heart failure symptoms, reducing hospital readmissions.
Area of Science:
- Cardiology
- Health Services Research
- Patient Management
Background:
- Heart failure disease management (HFDM) is crucial for improving patient outcomes and reducing healthcare costs.
- Existing HFDM strategies include outpatient follow-up, self-care interventions, and remote monitoring (telemonitoring).
- The effectiveness of these interventions in reducing readmissions and mortality requires further clarification.
Purpose of the Study:
- To propose a conceptual model for heart failure disease management (HFDM).
- To define the essential components of an efficient HFDM plan based on the proposed model.
- To review current literature on HFDM interventions and their impact on patient outcomes.
Main Methods:
- Systematic review of articles evaluating outpatient clinic follow-up, self-care interventions, and telemonitoring for HFDM.
- Analysis of program success in reducing heart failure readmissions and mortality.
- Evaluation of factors influencing intervention effectiveness, such as clinic specialty and patient characteristics.
Main Results:
- Outpatient follow-up programs, particularly at specialty clinics, generally improve outcomes and reduce readmissions.
- Self-care intervention effectiveness is inconsistent, potentially influenced by patient cognitive status, education, and intervention intensity.
- Telemonitoring has not consistently reduced readmissions or mortality in randomized trials, with potential technology and design limitations noted.
Conclusions:
- An optimal HFDM plan should incorporate specialized outpatient clinic follow-up and ongoing patient education for self-care.
- This integrated approach aims to enhance patient comprehension and their ability to manage heart failure symptoms effectively.
- Future research should address limitations in telemonitoring technology and trial design to optimize remote HF management.
Abstract:
The objective of this review is to propose a conceptual model for heart failure (HF) disease management (HFDM) and to define the components of an efficient HFDM plan in reference to this model. Articles that evaluated 1 or more of the following aspects of HFDM were reviewed: (1) outpatient clinic follow-up; (2) self-care interventions to enhance patient skills; and (3) remote evaluation of worsening HF either using structured telephone support (STS) or by monitoring device data (telemonitoring). The success of programs in reducing readmissions and mortality were mixed. Outpatient follow-up programs generally resulted in improved outcomes, including decreased readmissions. Based on 1 meta-analysis, specialty clinics improved outcomes and nonspecialty clinics did not. Results from self-care programs were inconsistent and might have been affected by patient cognitive status and educational level, and intervention intensity. Telemonitoring, despite initially promising meta-analyses demonstrating a decrease in the number and duration of HF-related readmissions and all-cause mortality rates at follow-up, has not been shown in randomized trials to consistently reduce readmissions or mortality. However, evidence from device monitoring trials in particular might have been influenced by technology and design issues that might be rectified in future trials. Results from the literature suggest that the ideal HFDM plan would include outpatient follow-up at an HF specialty clinic and continuous education to improve patient self-care. The end result of this plan would lead to better understanding on the part of the patient and improved patient ability to recognize and respond to signs of decompensation.
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