Burris Lab

University of Wisconsin-Madison

RADIATION-DIAGNOSTIC/ONCOLOGY

Madison · United States

NIH-funded
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NIH R01 · 2025

Non-invasive hemodynamic and biomechanic imaging methods for early risk prediction in aortic dissection

PROJECT SUMMARY/ABSTRACT Aortic dissection (AD) is a disease characterized by sudden tearing of the inner layers of the aortic wall creating a false lumen (FL) channeling aortic blood flow. The vast majority of acute AD patients survive into the chronic phase, although long-term outcomes are poor with about 50% of patients experiencing aorta-related mortality or requiring surgical repair by 10 years. A major contributor to poor long-term outcomes is growth of the FL. Thoracic endovascular aortic repair (TEVAR) is a minimally invasive surgical therapy which can halt FL growth and reduce AD mortality; however, this treatment comes with cost, risk of procedural complications, and is less…

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