MarinHealth has made headlines with its groundbreaking use of augmented artificial intelligence for aneurysm repair, marking a significant advancement in vascular surgery. The healthcare provider recently completed its first vascular surgical procedure utilizing the Cydar Maps AI technology, positioning its surgical team among a select few nationwide capable of employing this cutting-edge system.

In a landmark development for medical technology, MarinHealth has successfully performed its inaugural aneurysm repair using Cydar Maps, an advanced AI-powered surgical platform. This innovative technology provides surgeons with a highly detailed, personalized 3D map of each patient’s unique anatomy. The Cydar Maps system enhances pre-surgical planning, offers real-time image guidance during operations, and facilitates automated post-operative evaluations. By improving visualization and decision-making, this technology is poised to significantly elevate patient outcomes and operational efficiency.

The integration of Cydar Maps into MarinHealth’s surgical practice reflects the organization’s commitment to adopting state-of-the-art solutions for patient care. The technology’s ability to assist surgeons in navigating complex procedures with precision and track aneurysm volume over time represents a substantial leap forward in endovascular aortic treatment.

David Klein, MD, CEO of MarinHealth, underscored the strategic importance of integrating Cydar Maps into their practice. He emphasized that this move aligns with MarinHealth’s ongoing commitment to providing the most advanced treatment options available to their community. According to Klein, “Integrating Cydar Maps is part of MarinHealth’s ongoing commitment to stay at the forefront of innovative solutions and treatments, providing our community with access to the best treatment options available.”

Dr. Allan Conway, MD, Clinical Associate Professor of Vascular and Endovascular Surgery at UCSF and MarinHealth, highlighted the significant benefits of the technology. Conway noted that, “This cutting-edge technology empowers surgeons to navigate complex vascular procedures with greater precision. Plus, it provides advanced tools that enable physicians to track aneurysm volume over time.” He views the adoption of Cydar Maps as a milestone in revolutionizing endovascular aortic treatment through digital solutions that enhance surgical knowledge and patient care.

MarinHealth’s implementation of the Cydar Maps technology was made possible through the generous contributions of the MarinHealth Foundation donors. This support underscores the community’s role in advancing healthcare innovations at MarinHealth Medical Center, which serves patients across Northern California in locations including Greenbrae, Novato, Santa Rosa, and Sonoma.

With a rich history and a commitment to excellence, MarinHealth continues to expand its network of clinics and facilities. The organization includes MarinHealth Medical Center, a 327-bed hospital established in 1952, and the MarinHealth Medical Network, featuring over 55 primary care and specialty clinics in Marin, Sonoma, and Napa counties. The foundation’s support helps ensure that MarinHealth remains at the cutting edge of medical technology and patient care.

The introduction of Cydar Maps technology at MarinHealth is a game-changer for vascular surgery. The AI-powered platform’s detailed 3D mapping and real-time guidance capabilities promise to enhance precision in complex procedures and improve long-term patient outcomes. This technological advancement not only reflects MarinHealth’s commitment to innovation but also sets a new standard in the field of endovascular treatment.

  AI in surgery, aneurysm repair, Cydar Maps, Healthcare Innovation, MarinHealth, medical technology, vascular surgery