Israeli Hospital Uses Advanced AI Robot for Complex Spine Surgery
Translated & summarized from Behadrei Haredim by baba
Hadassah Ein Kerem Medical Center in Jerusalem performed Israel's first complex spine surgery using an advanced AI robot on 18-year-old Shani, who suffered from severe scoliosis. The Stealth Axis robot offers enhanced precision and navigation, integrating AI and advanced planning. The surgical team underwent specialized training in Switzerland before the procedure, which lasted over five hours. Shani is recovering well and has been discharged, with further surgeries planned using the robot.
The story in 6 lines · by baba
- Hadassah Ein Kerem Medical Center performed Israel's first complex spine surgery using an advanced AI robot.
- The Stealth Axis robot integrates artificial intelligence, advanced surgical planning, and precise navigation.
- The surgery was performed on 18-year-old Shani, who suffered from severe and complex scoliosis.
- Prof. Josh Schroeder led the surgical team, which received specialized training in Switzerland.
- The procedure lasted over five hours and was described as complex but complication-free.
- Shani is recovering well and has been discharged less than a week after the surgery.
Hadassah Ein Kerem Medical Center in Jerusalem has successfully performed Israel's first complex spinal surgery using a new, advanced AI-powered robot. The groundbreaking procedure was conducted on Shani, an 18-year-old from Ofakim, who suffered from severe and complex scoliosis.
The robot, named Stealth Axis, represents the latest generation of spinal surgery robotics, integrating artificial intelligence, sophisticated surgical planning, and highly precise navigation. This technology allows surgeons to access all areas of the spine with greater range and accuracy than previous robotic systems. The system has seen limited use globally before its implementation in Israel.
Prior to the surgery, a specialized team from Hadassah's Spine Unit, led by Prof. Josh Schroeder, Director of the Spine Surgery Unit, underwent extensive hands-on training with the robot in Switzerland. This preparation ensured the team was proficient with the innovative technology before undertaking the historic procedure in Israel.
Shani had been diagnosed with scoliosis seven years prior, which significantly impacted her daily life, limiting her participation in activities like dancing. After years of physiotherapy and monitoring, she was referred to Prof. Schroeder, who recommended surgery once her bones were sufficiently stable. The family expressed relief and confidence in the advanced robotic approach, anticipating a shorter procedure and recovery.
Prof. Schroeder described the surgery as complex and lengthy, lasting over five hours. He highlighted the robot's crucial assistance in ensuring a smooth and complication-free operation. Shani's mother noted the procedure, despite requiring a wide incision, went well due to the professional team and the robot's precision. Shani is now recovering, walking upright, and undergoing physiotherapy. She was discharged less than a week after the surgery and will continue her recovery and follow-up at Hadassah's Netivot branch.
Prof. Schroeder stated that Hadassah is now the world's most advanced spine surgery center due to its integration of technology and robotics, surpassing other hospitals. He confirmed that another surgery using the new robot is already planned, with more patients expected to benefit from this cutting-edge technology, which offers improved surgical planning and patient confidence.
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