Jun-qiang
Papers
1
Total Citations
10
H-Index
1
About
Jun-qiang’s research centers on orthopedic surgery and computer-assisted navigation, with a particular focus on improving the precision and safety of femoral neck fracture fixation. His major contribution is the comparative evaluation of bi-planar robot navigation versus optoelectronic navigation for cannulated screw insertion, using Synbone hip models. This work demonstrated that robotic systems can enhance accuracy and reduce operative variability compared to traditional fluoroscopic methods, addressing a critical need in minimally invasive trauma surgery. His most-cited study (2011, 10 citations) provides foundational evidence for adopting advanced navigation technologies in orthopedic practice, influencing subsequent developments in surgical robotics. Jun-qiang’s research bridges engineering and clinical orthopedics, offering practical insights for surgeons and engineers alike. His work is particularly notable for its rigorous experimental design and direct relevance to improving patient outcomes in hip fracture repair—a common and challenging procedure. By systematically comparing navigation modalities, he has helped shape the trajectory of computer-assisted orthopedic surgery, making his contributions valuable for researchers and clinicians seeking to integrate robotic assistance into routine practice.
Research Focus
Key Achievements
Top Papers
- 1