Tae-Ahn Jahng

Seoul National University Bundang Hospital

Papers

Total Citations

407

H-Index

About

Tae-Ahn Jahng is a leading figure in spinal surgery, whose research has fundamentally advanced the integration of robotics and minimally invasive techniques. His primary contributions lie in the comparative effectiveness of robotic versus conventional fluoroscopic-guided spinal fusion, and in the critical assessment of occupational radiation safety for surgeons. Jahng’s landmark prospective randomized clinical trial (2016, 305 citations) provided high-level evidence that robotic guidance in minimally invasive lumbar fusions can enhance accuracy and reduce radiation exposure compared to open fluoroscopic approaches. This work directly addresses the steep learning curve of MIS and has influenced surgical protocols worldwide. Beyond procedural innovation, his pragmatic study on lead apron efficacy (2016, 63 citations) quantified real-world radiation blocking, challenging assumptions about surgeon protection during fluoroscopy-heavy procedures. He also pioneered technical descriptions of S2 alar iliac screw placement under robotic guidance (2017, 39 citations), offering a safer, more precise method for complex adult spinal deformity corrections. Through these contributions, Jahng has not only improved patient outcomes but also elevated the standard of safety and precision in modern spine surgery, making him a pivotal voice in the field’s technological evolution.