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About

Yulong Jing is a rising orthopedic surgeon and researcher whose work is advancing the precision and safety of fracture fixation through robotic and digital technologies. His primary research areas include orthopedic surgical robotics, 3D printing-assisted preoperative planning, and minimally invasive treatment of pelvic and femoral neck fractures. Dr. Jing’s major contributions focus on demonstrating the short-term effectiveness of robot-assisted femoral neck system (FNS) fixation for fresh femoral neck fractures, showing improved accuracy and reduced trauma compared to traditional manual techniques. He also pioneered the combination of 3D printing planning technology with orthopedic surgical robots for pelvic fracture screw fixation, proving that this integrated approach enhances screw placement precision and surgical outcomes over robot assistance alone. His most-cited papers—garnering 8 and 7 citations respectively—reflect growing clinical interest in these innovations. Notably, his work bridges the gap between advanced manufacturing and intraoperative robotics, offering a roadmap for safer, more reproducible fracture care. For students and researchers, Jing’s studies exemplify how digital and robotic tools are reshaping orthopedic trauma surgery, making complex procedures more accessible and effective.