Papers
4
Total Citations
34
H-Index
3
About
Houkun Li is a spine biomechanics researcher whose work centers on cervical disc replacement, atlantoaxial instability, and the application of robotic assistance in spinal surgery. His early contributions include a biomechanical analysis of the posterior longitudinal ligament’s role in cervical disc replacement, providing critical insight into how ligament preservation influences motion segment stability—a study that has garnered 17 citations and informed surgical decision-making. Li also developed and tested a novel cervical prosthesis designed to match the physiological curvature of the endplate, comparing its performance to the Prestige LP device in a biomechanical study (11 citations), advancing the design of more anatomically compatible implants. More recently, Li has pioneered the use of robotic-assisted surgery for complex craniovertebral junction pathologies. His 2024 study on robot-assisted versus fluoroscopically guided treatment of atlantoaxial dislocation with high-riding vertebral artery (4 citations) represents an early investigation into a high-risk, technically demanding procedure. A 2025 clinical comparison of Mazor X robot-assisted versus freehand techniques for atlantoaxial fracture-dislocation further underscores his commitment to improving surgical precision and patient outcomes through technological innovation.
Research Focus
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Top Papers
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