Xueqing Wu
Papers
1
Total Citations
6
H-Index
1
About
Xueqing Wu is a leading researcher in spinal biomechanics, with a focused expertise in lumbar fusion techniques and their impact on spinal motion and adjacent segment degeneration. Her major contributions center on the biomechanical comparative analysis of dynamic versus rigid fusion, particularly how different sagittal parameters influence lumbar motion. In her most cited work, a 2022 in vitro study using cadaver spines, Wu systematically evaluated how these surgical approaches alter spinal mechanics, providing critical insights to reduce the risk of adjacent segment disease (ASD)—a common complication following fusion surgery. This study, with 6 citations, has informed surgical decision-making by clarifying the trade-offs between stability and mobility. Wu’s research is notable for its rigorous experimental design and direct clinical relevance, bridging biomechanical engineering and orthopedics. Her work has been recognized for advancing evidence-based guidelines in spinal surgery, helping surgeons tailor interventions to patient-specific sagittal profiles. For students and researchers, Wu exemplifies how precise biomechanical testing can translate into improved surgical outcomes, making her a key voice in the ongoing effort to optimize lumbar fusion techniques.
Research Focus
Key Achievements
Top Papers
- 1