Tae Ho Yoon

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About

Tae Ho Yoon is a pioneering neurosurgeon whose research centers on minimally invasive spinal surgery and the application of robotic technology to complex cranial-cervical procedures. His landmark cadaveric study, "Robot-Assisted Transoral Odontoidectomy," demonstrated the feasibility of using the da Vinci surgical system for accessing the odontoid process through a transoral approach—a technically demanding procedure for treating basilar invagination and spinal cord compression. This work, cited over 20 times, established a critical proof-of-concept for robotic assistance in the upper cervical spine, where precision is paramount and traditional approaches carry significant morbidity. Yoon’s contributions have helped bridge the gap between laboratory innovation and clinical application, inspiring further development of dedicated spinal surgical instruments and robotic platforms. By systematically evaluating the safety, accuracy, and limitations of robotic systems in cadaveric models, he has laid essential groundwork for translating these techniques into live surgical settings. His research continues to shape the evolution of neuroendoscopy and robot-assisted spine surgery, offering patients less invasive options for previously high-risk procedures.