transforming cardiovascular care through artificial intelligence
our mission
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Our mission is to improve the lives of patients, caregivers and interdisciplinary care team members through the development and implementation of AI-enabled technologies for cardiovascular care.
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Join us in our endless pursuit of Better.
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breakthroughs in cardiovascular ai
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DRIVE INNOVATION
Through collaborations with industry partners, technology pioneers, academic experts, and the larger Northwestern Medicine community, we seek to catalyze breakthrough discoveries and implement, evaluate, and scale AI-enabled technologies into cardiovascular care delivery at Northwestern Medicine and to other care settings. |
EMPOWER THE INTERDISCIPLINARY HEALTHCARE TEAM
By leveraging AI algorithms to analyze complex patient data, streamline the use of the electronic health record, and reduce administrative burden, we aim to facilitate personalized, patient-centered care and improve healthcare quality and operations. In addition, we are training the next generation of medical AI leaders through the AI in Cardiovascular Disease fellowship program. |
IMPROVE POPULATION HEALTH
Through using AI-enabled technologies and other digital health tools, we strive to promote cardiovascular health, enable the early detection and prevent progression of cardiovascular diseases, support population-wide, cardiovascular health management strategies and empower patients. |
about ai at bluhm cardiovascular institute
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Baljash S. Cheema, MD, heart failure and transplant cardiologist and assistant professor of Cardiology at Northwestern Medicine and Faraz S. Ahmad, MD, heart failure and transplant cardiologist and associate director of the center highlight how the center is transforming cardiovascular care with AI.
Adrienne S. Kline, MD, PhD, head of Artificial Intelligence and Engineering at the center, discusses current initiatives for using AI-enabled technologies to improve the efficiency of medica imaging analysis. |
Sanjiv J. Shah, MD explains how his team uses artificial intelligence in the diagnosis of heart failure with preserved ejection fraction, and how AI can improve health care and patient well-being.
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