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Cardiovascular & Vascular

Blood is the fundamental carrier of nutrients throughout our body. In cases of disease or injury to the heart or arteries, this transport of vital nutrients is disrupted, causing life-threatening consequences for cell and tissue function throughout the entire body. Cardiovascular and vascular regenerative strategies focus on mitigating damage associated with complications such as myocardial infarction (heart attack), cerebral infarction (stroke), thrombus (blood clot) leading to gangrene or limb loss, and aneurysm (bulging blood vessel). Examples of regenerative engineering strategies in this area include localized, controlled drug delivery for reducing inflammatory cascades, 3D-printed biodegradable stents for initial mechanical support and improved safety for blood vessels, engineered microvasculature, and biodegradable electrically conductive heart patches to reduce the impact of scarring after a heart attack.

Mark Eskandari

Mark Eskandari

Chief of Vascular Surgery in the Department of Surgery
James S. T. Yao Professor of Vascular Surgery
Professor, Surgery (Vascular Surgery), Medical Education, Radiology

Clyde Yancy

Clyde Yancy

Vice Dean, Health Equity
Magerstadt Professor
Professor of Medicine and Medical Social Sciences
Chief, Division of Cardiology
Associate Director, Bluhm Cardiovascular Institute Northwestern Memorial Hospital
Deputy Editor, JAMA Cardiology