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Gene Transfer for Ischemic Heart Failure in a Preclinical Model
Published on: May 15, 2011
Perspectives on Registry-Based Research in Heart Failure: Current Status and Future Directions
Christian Basile1,2, Felix Lindberg1, Gianluigi Savarese3
1Department of Clinical Science and Education, Karolinska Institutet, Stockholm, Sweden.
Insights
Heart failure (HF) registries track millions of patients, offering real-world insights beyond clinical trials. These registries are vital for improving patient care and advancing HF research through innovative methods.
Area of Science:
- Cardiology
- Clinical Research
- Health Informatics
Background:
- Heart failure (HF) registries bridge the gap between clinical trials and practice.
- Millions of patients have been enrolled across diverse HF spectrums in global registries.
- Early initiatives like ADHERE and EuroHeart Failure Survey paved the way for larger programs.
Purpose of the Study:
- To provide a global overview of the evolution of HF registries.
- To analyze the scientific yield and impact of HF registries.
- To discuss the future potential and advancements in HF registry research.
Main Methods:
- Review of historical and current heart failure registries worldwide.
- Analysis of registry-based studies on HF epidemiology, phenotypes, and treatment.
- Exploration of registry-based randomized controlled trials and methodological advances.
Main Results:
- Registries offer insights into HF epidemiology, risk factors, and real-world treatment.
- They address questions not feasible in randomized trials, like therapy withdrawal.
- Registry-based trials provide pragmatic intervention testing at lower costs.
Conclusions:
- HF registries are essential for a learning healthcare system.
- Methodological advances enhance registry validity and relevance.
- Future potential lies in leveraging electronic records and causal inference techniques.
Abstract:
Heart failure (HF) registries were established to bridge the gap between explanatory randomized clinical trials and daily clinical practice. Early hospital-based initiatives, such as ADHERE (2001) and the EuroHeart Failure Survey I (2000-2001), were followed by nationwide quality registries (e.g. SwedeHF, GWTG-HF) and global programmes (INTER-CHF, G-CHF), all together enrolling millions of patients across the acute-to-chronic HF spectrum. Registry-based analyses have provided insights into HF epidemiology, phenotypes, risk factors, prognosis, real-world therapy implementation, and have been hypotheses-generating for repurposing already existing treatments. Registries address questions that are unlikely to be answered in randomized trials, such as therapy effectiveness in underrepresented subgroups and settings that would be ethically challenging to study in a randomized setting (e.g., therapy withdrawal). Registry-based randomized controlled trials utilize the registry infrastructure for trial conduct and offer the opportunity to pragmatically test interventions at substantially lower costs than conventional randomized trials. Registries are a crucial part of a learning healthcare system, and will likely become increasingly relevant as methodological advances, including electronic record linkage, harmonized data standards, and modern causal inference techniques, enhance their validity. In this review, we provide a global overview of HF registries' evolution, scientific yield, and future potential.
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