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🫀 Scar. Signal. Survival.
A major new JAMA study from the NHLBI Hypertrophic Cardiomyopathy Registry followed 2,698 patients for nearly 7 years and demonstrated that advanced cardiac magnetic resonance imaging and NT-proBNP markedly improve prediction of adverse outcomes in hypertrophic cardiomyopathy.
📌 Key findings: • Late gadolinium enhancement (fibrosis burden) strongly predicted events • LGE ≥9% of LV mass substantially increased risk • LV mass index, LV systolic dysfunction, and NT-proBNP independently predicted outcomes • Traditional markers alone may miss important risk signals
This work moves HCM risk assessment beyond simple wall thickness toward a multidimensional precision cardiology approach.
📖 JAMA. Published online May 11, 2026. #Cardiology #HCM #HypertrophicCardiomyopathy #CardiacMRI #CMR #HeartFailure #SuddenCardiacDeath #PrecisionMedicine #CardioTwitter #JAMA
By Dr RR Baliga, MD, MBA5
66 ratings
🫀 Scar. Signal. Survival.
A major new JAMA study from the NHLBI Hypertrophic Cardiomyopathy Registry followed 2,698 patients for nearly 7 years and demonstrated that advanced cardiac magnetic resonance imaging and NT-proBNP markedly improve prediction of adverse outcomes in hypertrophic cardiomyopathy.
📌 Key findings: • Late gadolinium enhancement (fibrosis burden) strongly predicted events • LGE ≥9% of LV mass substantially increased risk • LV mass index, LV systolic dysfunction, and NT-proBNP independently predicted outcomes • Traditional markers alone may miss important risk signals
This work moves HCM risk assessment beyond simple wall thickness toward a multidimensional precision cardiology approach.
📖 JAMA. Published online May 11, 2026. #Cardiology #HCM #HypertrophicCardiomyopathy #CardiacMRI #CMR #HeartFailure #SuddenCardiacDeath #PrecisionMedicine #CardioTwitter #JAMA

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