San Jose, CA — Good Samaritan Hospital has become the first healthcare facility in Northern California to adopt revolutionary surgical navigation and imaging technology, transforming the landscape of complex spine surgeries. This groundbreaking system, which combines advanced imaging with real-time 3D mapping, was successfully used for the first time on November 8, 2024, delivering exceptional results and setting a new benchmark in patient care.
The system functions like a surgical "GPS," offering surgeons unparalleled precision while reducing procedure times by up to two-thirds. By providing detailed, real-time 3D scans, it enables seamless navigation through intricate anatomical structures with remarkable accuracy and confidence. Moreover, it significantly enhances patient safety, cutting radiation exposure by up to 70 percent.
“This technology is a game changer for spine surgery,” said Dr. Edward Rustamzadeh, a spine surgeon at Good Samaritan Hospital. “It improves safety, shortens surgery times, and helps achieve the best possible outcomes for our patients. This innovation underscores our commitment to delivering the most advanced and compassionate care.”
The new system also enhances outcomes for complex procedures, such as big-construct spine surgeries, and seamlessly integrates with the latest surgical techniques. Its introduction positions Good Samaritan Hospital as a leader in medical innovation, reaffirming its dedication to advancing patient care and surgical excellence.
“We are honored to lead the way with this groundbreaking technology,” said Dr. Richard Briones, chief medical officer. “Patients can now benefit from more precise, efficient procedures, faster recoveries, and a safer overall experience. This is just one of many steps we are taking to redefine healthcare in our community.”
As the first hospital in Northern California to offer this cutting-edge system, Good Samaritan Hospital is solidifying its role as a pioneer in healthcare innovation, setting a new standard for spine surgery in the region.