Papers
2
Total Citations
29
H-Index
2
About
Chao Ma is a spine surgery researcher whose work focuses primarily on the biomechanics of the upper cervical spine, particularly atlantoaxial fixation techniques. His research addresses one of neurosurgery's most technically challenging regions — the craniocervical junction — where surgical precision is critical to patient safety and long-term stability. Ma's most significant contribution to the field is his biomechanical investigation of alternative fixation strategies to the widely used Goel-Harms technique for atlantoaxial instability. His 2020 study, which has garnered 24 citations, rigorously evaluated C1 lateral mass combined with C2 bicortical translaminar screw fixation and C1 lateral mass with C2/3 transarticular screw fixation, providing surgeons with evidence-based alternatives when conventional approaches are anatomically or technically unfeasible. Complementing this work, his study on the role of transverse connectors in C1-C2 fixation offers practical guidance on whether cross-link augmentation meaningfully enhances construct stability. Though early in citation accumulation, Ma's focused body of work fills important gaps in surgical decision-making for atlantoaxial instability. His research is particularly valuable for spine surgeons navigating complex anatomical variants, making him a noteworthy contributor to evidence-based cervical spine surgery.
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