Advanced proteomic mapping reveals that persistent atrial fibrillation damages the right atrium just as severely as the left, indicating a critical need for bi-atrial clinical therapies.
Most Recent Articles
Peptide-Mediated Trapping of Methylglyoxal to Prevent Neurodegenerative Complications After Myocardial Infarction
New research shows that heart attacks release a toxic molecule called methylglyoxal that travels to the brain, causing widespread neuroinflammation and blood-brain barrier degradation.
Molecular Biomarkers of Ventricular Remodeling in Advanced Heart Failure Patients
Scientists have discovered that restoring the muscle-specific protein PERM1 allows advanced heart failure patients to regain cardiac function by repairing cardiomyocyte energy production.
Age-Dependent Prevalence of Pathogenic Genetic Variants in 3,000 Multi-Ethnic SCA Cases
New research shows that ten percent of young sudden cardiac arrest victims carry specific genetic mutations, emphasizing the critical need for family screening.
Engineered CRAC Channel Inhibitory Binders for the Precise Modulation of SOCE Pathophysiology
Engineered peptide binders offer a precise molecular brake for cellular calcium channels, promising a safer and more controllable approach to advanced CAR-T cancer immunotherapies.