Daisuke Sakai

Papers

Total Citations

H-Index

About

Daisuke Sakai is a leading figure in spinal deformity surgery, whose work is redefining the safety and precision of complex pediatric procedures. His research centers on the intersection of advanced intraoperative imaging and adolescent idiopathic scoliosis (AIS) correction. Sakai’s major contribution lies in demonstrating that low-dose robotic C-arm cone beam CT (CBCT) navigation can dramatically reduce radiation exposure without sacrificing—and in fact enhancing—surgical accuracy. His landmark 2023 study, cited 12 times, established a protocol where intraoperative navigation not only limits harmful radiation but also improves the precision of pedicle screw placement, a critical factor in deformity correction. This work directly addresses a long-standing tension in spine surgery: the need for high-fidelity imaging versus the imperative to protect young patients from cumulative radiation. By validating a low-radiation, high-accuracy workflow, Sakai has provided a scalable, evidence-based solution that is rapidly influencing intraoperative standards. His research is essential reading for spine surgeons, biomedical engineers, and anyone committed to making high-stakes pediatric surgery safer through technological innovation.