Researchers have identified nine specific molecules produced by gut microbes that can predict a person's risk of developing coronary heart disease across diverse ethnic populations.
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Myocellular Composition versus Arterial Perfusion in Advanced Peripheral Artery Disease
New research suggests that reopening blocked arteries may not be enough to save limbs if fat buildup inside the muscle continues to drive profound leg weakness.
Molecular Mechanisms of Hemodynamic Mechanotransduction in Endothelial Cells
Scientists have identified a "molecular choreography" in blood vessels where a motor protein responds to blood flow to control essential growth and healing signals.
Precision Nutrition and the Gut-Heart Axis: A Review of Wild Blueberry Evidence
Research indicates that the high antioxidant and fiber content in wild blueberries can actively repair damaged blood vessels and lower chronic inflammation levels in high-risk patients.
Patient-Centered Thresholds for Statin Initiation: The Smallest Worthwhile Difference
New research shows that low statin adherence is often driven by patients expecting a much higher level of heart disease protection than current clinical guidelines actually offer.