Research Articles
The Hidden Health Crisis: What a 1995 Bahraini Study Revealed About Diabetes and Heart Disease
Exploring the landmark 1995 Bahraini study that revealed alarming rates of diabetes and heart disease, with surprising ethnic disparities and lasting public health implications.
Unlocking the Heart's Hidden Scars: How Protein Science Reveals the Secrets of Micro-Heart Attacks
Discover how proteomics analysis is revealing the molecular mechanisms behind coronary microembolization and opening new avenues for cardiac treatment.
The Squat Test for Your Heart: A Simple Stressor for a Complex Problem
Discover how the squatting stress echocardiogram uses a simple physical maneuver to diagnose coronary artery disease effectively and safely.
The Heart's Hibernating Zones: How a PET Scan Guides Treatment for a Weakened Heart
Discover how PET scan technology helps identify hibernating heart muscle to guide personalized treatment for patients with left ventricular systolic dysfunction.
The Hidden Link: How Your Metabolism Connects Heart Disease and Diabetes
Discover how metabolites create a biological conversation between heart disease and diabetes, and how cutting-edge research is decoding this connection.
Radiopharmaceuticals: The Tiny Trackers Transforming Heart Disease Diagnosis
Explore how radiopharmaceuticals revolutionize heart disease diagnosis through nuclear cardiology, enabling precise imaging of cardiac function and blood flow.
Beyond the Blueprint: How Your APOE Gene's Switches Influence Heart Disease
Discover how DNA methylation and APOE gene variants interact to influence coronary artery disease risk through epigenetic mechanisms.
The Stealth Invaders: How Bacterial Lipids Sneak into Your Arteries and Fuel Heart Disease
Discover how bacterial lipids from oral microbes infiltrate arteries and trigger atherosclerosis, revolutionizing our understanding of heart disease origins.
Decoding the Heart's Energy Crisis: How Animal Models Are Revolutionizing Cardiac Metabolism Research
Exploring how animal models are transforming our understanding of cardiac metabolism and paving the way for new treatments for heart disease.