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About

Chieh‐Hsin Wu is a pioneering neurosurgical researcher whose work has significantly advanced the field of robotic-assisted spinal surgery, with a particular focus on pedicle screw placement accuracy and surgical precision technologies. Based at Kaohsiung Medical University Hospital, Wu has been instrumental in evaluating and refining the Renaissance bone-mounted miniature robotic system, developing innovative intraoperative classification frameworks that allow surgeons to assess screw placement accuracy in real time rather than relying solely on postoperative imaging. Wu's most influential contribution, garnering 76 citations, introduced a secondary registration classification system that meaningfully improved intraoperative quality control during robotic spine procedures. Subsequent work, with 35 citations, systematically analyzed factors affecting transpedicle screw accuracy across 125 patients, providing crucial clinical evidence supporting robotic adoption. A complementary validation study further established the reliability of intraoperative K-wire grading against postoperative CT benchmarks, earning 25 citations from the broader surgical community. More recently, Wu has expanded inquiry into the human dimensions of surgical technology adoption, examining how teamwork dynamics and unmet institutional needs shape robotic surgery learning curves. Collectively, Wu's research has helped legitimize and standardize robotic spinal surgery protocols, offering both neurosurgeons and orthopedic specialists evidence-based guidance for integrating emerging technologies safely into clinical practice.