Mount Sinai Medical Center Implements AI Technology for Complex Aortic Conditions

Mount Sinai Medical Center, located in South Florida, has become the first institution to utilize AI technology for treating complex aortic conditions at its Aortic Center. Through a collaboration between Cydar Medical and Medtronic, this innovative software integrates state-of-the-art minimally invasive endovascular technology, improving patient care and surgical precision. With the use of AI-based solutions, Mount Sinai aims to enhance efficiency, decrease radiation exposure, and simplify workflows, ultimately revolutionizing aortic surgery.

1. The Integration of AI Technology in Aortic Treatment

Mount Sinai Medical Center has implemented AI software developed by Cydar Medical and Medtronic to support the treatment of patients with complex aortic diseases. This technology utilizes minimally invasive endovascular procedures and is the first of its kind in Eastern Florida. The software integrates Cydar Maps, which generates a 3D map of the patient’s vascular system, aiding surgeons in preoperative planning, intraoperative guidance, and postoperative reviews.

2. The Benefits of AI in Aortic Surgery

The utilization of AI technology in aortic surgery offers several advantages. Firstly, it significantly reduces radiation exposure for patients, minimizing the risk of complications related to kidney function. Additionally, it simplifies surgical workflows, allowing for more efficient procedures. Surgeons also benefit from increased confidence and precision, leading to optimal results for patients.

3. The Collaborative Approach at Mount Sinai’s Aortic Center

Mount Sinai’s Aortic Center takes a multidisciplinary approach to address complex aortic and endovascular conditions. The collaboration between cardiac surgeons, vascular surgeons, cardiologists, and geneticists allows for customized solutions tailored to each patient’s unique disease. This approach ensures better outcomes and durability, acknowledging that not all patients’ conditions are the same.

4. The Role of Cydar Medical in Transforming Surgical Procedures

Cydar Medical, a UK-based company, has developed a mapping platform that simplifies complexities within operating theaters worldwide. Their software provides clinicians with image-guided minimally invasive surgery support. Mount Sinai is the first medical center in South Florida to implement this technology, granting surgeons a more predictable and efficient way to perform procedures.

5. Mount Sinai’s Commitment to Customized Aortic Solutions

Mount Sinai Medical Center is dedicated to providing innovative and comprehensive care through its Centers of Excellence, including the Aortic Center. By combining technology, research, and academics, Mount Sinai offers custom-made solutions for a variety of unique aortic and endovascular conditions. This commitment to tailored care ensures optimal outcomes for patients.


  1. What is the AI technology employed by Mount Sinai Medical Center?
    • Mount Sinai utilizes AI software developed by Cydar Medical and Medtronic, which integrates state-of-the-art minimally invasive endovascular technology.
  2. How does AI help in aortic surgery?
    • AI technology decreases radiation exposure for patients, simplifies surgical workflows, and increases surgeon confidence and precision.
  3. What is the multidisciplinary approach at Mount Sinai’s Aortic Center?
    • The Aortic Center brings together cardiac surgeons, vascular surgeons, cardiologists, and geneticists to address complex aortic conditions and provide customized solutions.
  4. How does Cydar Medical’s mapping platform transform surgical procedures?
    • Cydar Medical’s software simplifies complexities within operating theaters by providing image-guided minimally invasive surgery support to clinicians.
  5. What is Mount Sinai’s commitment to aortic solutions?
    • Mount Sinai Medical Center aims to provide innovative and comprehensive care by offering custom-made solutions through its Centers of Excellence, including the Aortic Center.

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