The Houston Aortic Symposium
Frontiers in Cardiovascular Diseases, the Fifteenth in the Series
March 16, 17 & 18, 2023
Program Description
The Houston Aortic Symposium will present and discuss diagnosis and treatment paradigms for aortic and structural heart diseases, including medical, endovascular, surgical, and hybrid options. The Symposium Chairmen and Program Directors designed the 2023 scientific program by consulting current peer-reviewed literature, national data and guidelines, accredited education needs assessment surveys, and evaluation outcomes from previous symposia in the series.
Session topics will include Structural Heart, Aortic Root/BAV, Ascending Aorta, Transverse Arch, Aorta: Get with the Guidelines, Aortic Dissection, AAA/Physiology/Pathology, and DTAA/TAAA.
Session topics will include Structural Heart, Aortic Root/BAV, Ascending Aorta, Transverse Arch, Aorta: Get with the Guidelines, Aortic Dissection, AAA/Physiology/Pathology, and DTAA/TAAA.
Program Location
The Westin Oaks
5011 Westheimer
Houston, TX 77056
5011 Westheimer
Houston, TX 77056
Target Audience
This symposium is designed for vascular surgeons, cardiothoracic surgeons, interventional radiologists, cardiologists, anesthesiologists, physician assistants, nurse practitioners, perfusionists, and other health care professionals involved in the care and treatment of patients with aortic diseases.
Educational Objectives
After attending the symposium, participants should be able to:
- Examine the latest advances in robotic cardiac surgery including training strategies
- Evaluate new FDA approved thoracic aortic devices
- Discuss the history and current state of aortic arch surgery
- Assess recent improvements in cerebral protection methods
- Examine the AHA Aortic Guidelines as they relate to vascular surgery, cardiac surgery, and genetics
- Discuss the evolution of the aortic dissection classification system and new AI-based aortic analysis
- Evaluate disparities in vascular surgery and aortic dissection outcomes
- Examine spinal cord ischemia risk and protection during TAAA repair