Shinji Sasao

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About

Shinji Sasao is a pioneering spine surgeon whose research focuses on advancing the precision and safety of robotic-assisted spinal surgery, particularly in the treatment of scoliosis. His most-cited work, "Impact of landmark crater creation on improving accuracy of pedicle screw insertion in robot-assisted scoliosis surgery" (2024), introduces a novel technique that enhances screw placement accuracy by creating a bony landmark crater prior to insertion. This contribution directly addresses a critical challenge in complex spinal deformities, where misplacement can lead to neurological complications. With 4 citations in its early publication year, the paper signals growing recognition of his method’s clinical utility. Sasao’s research bridges robotics, surgical navigation, and biomechanics, offering tangible improvements in operative outcomes. His work is notable for its practical, patient-centered approach, reducing revision rates and radiation exposure. As a rising authority in robot-assisted orthopedics, Sasao’s innovations are shaping the next generation of minimally invasive spinal surgery, making him a key figure for students and researchers interested in the intersection of technology and surgical precision.