Huaqing Zhang
Papers
6
Total Citations
96
H-Index
5
About
Huaqing Zhang is a spine surgeon and clinical researcher whose work centers on robotic-assisted spinal surgery, pedicle screw fixation accuracy, and the comparative evaluation of surgical techniques for cervical and thoracolumbar pathology. Zhang has made substantial contributions to understanding the safety, precision, and risk factors associated with emerging surgical technologies, particularly robot-guided systems such as the TINAVI platform, relative to conventional freehand and fluoroscopy-guided approaches. Among Zhang's most influential work is a series of rigorous comparative studies examining intrapedicular accuracy and facet joint violation rates across robot-assisted, navigated, and traditional techniques — research that has collectively garnered over 90 citations and directly informs surgical decision-making in spinal fixation. A notable meta-analysis on posterior cervical screw placement further consolidated evidence supporting the advantages of robotic guidance and computer-assisted navigation in reducing malposition risk. Perhaps most strikingly, Zhang's pioneering work on 5G-enabled remote robotic surgery represents a forward-looking contribution to telemedicine and surgical robotics, demonstrating early clinical feasibility for remote percutaneous pedicle screw fixation. Taken together, Zhang's research is shaping the evidence base for next-generation spine surgery and expanding access to precision surgical care.
Research Focus
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Top Papers
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