Phenotypes and Clinical Outcome of Heart Failure With Preserved Ejection Fraction Patients in China: Findings From the Chinese Cardiovascular Association Database‐Heart Failure Center Registry

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Authors: Shuai Yuan, Zhonglei Xie, Xiaotong Cui, Shun Yao, Yamei Xu, Yanyan Wang, Yu Song, Kai Hu, Y Dong, Y. Liao, Weimin Li, X L Li
+3 more Jiefu Yang, Jingmin Zhou, Junbo Ge
Cited by: 3
References: 41

Abstract

Heart failure with preserved ejection fraction (HFpEF) is a highly heterogeneous syndrome that poses challenges for therapeutic development and contributes to suboptimal patient outcomes. The phenotypic classification of patients with HFpEF to guide etiology-specific therapeutic strategies represents a rational approach to address the current dilemma. However, the clinical outcomes of HFpEF under different etiological classifications remain poorly understood. Here, we assessed the clinical outcomes of HFpEF patients across different etiological phenotypes, based on a novel classification system comprising five categories: vascular-related, cardiomyopathy-related, right heart/pulmonary-related, valvular/rhythm-related, and extracardiac disease-related HFpEF. Data from the Chinese Cardiovascular Association Database-Heart Failure Center Registry (2017-2021) were analyzed, including 51,466 hospitalized HFpEF patients with 1-year follow-up. Significant differences in baseline characteristics and clinical outcomes were observed among phenotypes. Patients with right heart/pulmonary-related, valvular/rhythm-related, and extracardiac disease-related HFpEF showed a higher incidence of adverse outcomes. Specifically, the right heart/pulmonary-related and valvular/rhythm-related phenotypes were associated with increased heart failure rehospitalization, while extracardiac disease-related HFpEF was linked to higher cardiovascular mortality. Prognostic risk factors also varied across phenotypes. In conclusion, 1-year outcomes exhibit significant variations across HFpEF phenotypic subgroups. Future studies should explore whether phenotype-specific personalized treatment strategies can improve clinical outcomes, especially in high-risk phenotypes.

Fields of Study & Subjects

Heart Failure Treatment and Management Cardiovascular Function and Risk Factors Congenital Heart Disease Studies

Publication details

Journal / source
MedComm
Publisher
Wiley
Volume
7
Issue
3
Pages
e70642–e70642
Publication date
19 February 2026
Language
EN