A long-term study reveals that subtle, asymptomatic changes in heart structure and function detected on cardiac MRI are strongly associated with an increased risk of developing cancer years later.
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Utilizing Cell-Free HDL Efflux Capacity to Predict Unstable Lipid-Rich Coronary Lesions
Researchers have validated a straightforward cell-free blood test that measures how effectively a patient's good cholesterol clears arterial walls, helping predict dangerous, rupture-prone coronary plaques.
Real-World Federated Learning for Multi-Institutional Artificial Intelligence in Cardiology
The international Secur-e-Health project has developed a groundbreaking, privacy-preserving AI architecture that allows hospitals to collaborate on cardiovascular care and analyze patient data without risking confidentiality.
Separating Genetic Nurture and Epigenetic Imprinting in 30,000 Biobank Trios
A groundbreaking genetic study of 30,000 families has successfully separated a child's own DNA effects from the "genetic nurture" and invisible environmental imprints left by their parents' genes
Predicting Progression to Stage 3 CKD Following Resection of Solid Renal Masses
A novel multiparametric MRI method developed by Mount Sinai researchers can identify patients at high risk of chronic kidney disease before they undergo surgical removal of kidney tumors.
