Abdulrahman Al-Naseem
University of Manchester, Ministry of Health, University of Glasgow
Papers
3
Total Citations
66
H-Index
3
About
Abdulrahman Al-Naseem is a rising authority in orthopaedic surgery, specializing in the application of robotic-assisted technologies for complex trauma and spinal procedures. His work systematically evaluates how surgical robotics can improve precision and patient outcomes compared to conventional techniques. In a landmark 2021 meta-analysis (29 citations), he demonstrated the superiority of robot-assisted sacroiliac screw fixation over conventional methods for posterior pelvic ring injuries, establishing a new benchmark for minimally invasive trauma care. His 2024 systematic review (25 citations) critically assesses robotic pedicle screw insertion versus navigation and freehand techniques in scoliosis correction, addressing the ongoing controversy around robotics in deformity surgery. Al-Naseem further extends this analysis to femoral neck fractures (2022, 12 citations), confirming that robotic navigation enhances intraoperative accuracy and reduces complications. Collectively, his meta-analyses provide the highest level of evidence supporting the adoption of robotic guidance in orthopaedic trauma and spine surgery. By synthesizing data across multiple injury types, Al-Naseem is shaping the future of precision surgery, offering clear, data-driven guidance for surgeons transitioning to robotic platforms.
Research Focus
Key Achievements
Top Papers
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