Papers
3
Total Citations
41
H-Index
2
About
Amy Lu is a rising leader in orthopaedic surgery, whose research is reshaping how surgeons approach spinal and shoulder reconstruction. Her work centers on two critical areas: the precision of robotic and navigated technologies in spine surgery, and the biomechanical restoration of glenohumeral stability. In a landmark study analyzing 1,633 patients, Lu demonstrated that robot-navigated pedicle screw insertion significantly reduces intraoperative blood loss and shortens hospital stays, a finding with immediate implications for patient recovery and surgical efficiency. She further refined this work with a level-specific accuracy assessment of 1,210 screws in lumbar surgery, comparing 3D navigation and robotic arm guidance. Beyond the spine, Lu’s biomechanical research tackles the complex challenge of glenoid bone loss in recurrent shoulder instability. Her comparative study of the distal tibial allograft (DTA) reconstruction versus the Latarjet procedure—the current gold standard with a 15-30% complication rate—offers a promising alternative that could reduce morbidity. With her papers already garnering citations and driving clinical debate, Amy Lu is establishing herself as a key voice in the evidence-based evolution of orthopaedic technique.
Research Focus
Key Achievements
Top Papers
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