Longitudinal phenomapping of echocardiograms in HFpEF identified distinct trajectories of cardiac structure and function with different clinical, laboratory, and survival characteristics.
Deep learning-based longitudinal phenomapping of echocardiograms can identify distinct structural and functional trajectories in HFpEF, highlighting its dynamic nature and potentially guiding treatment.
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Longitudinal phenomapping resulted in echocardiographic trajectories of cardiac structure and function with different clinical, laboratory, and survival characteristics. HFpEF is a dynamic condition, and longitudinal phenomapping may improve trajectory characterization and guide treatment strategies.
Romero et al. (Wed,) reported a other. Longitudinal phenomapping of echocardiograms in HFpEF identified distinct trajectories of cardiac structure and function with different clinical, laboratory, and survival characteristics.