Byung Seok Lee

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About

Byung Seok Lee is a pioneering gynecologic surgeon whose research centers on advancing minimally invasive and fertility-preserving surgical techniques, particularly through robotic-assisted platforms. His major contributions lie in refining robotic single-site (RSS) myomectomy, demonstrating through a pivotal case–control study that this approach offers comparable surgical outcomes to conventional multi-port robotic myomectomy, with enhanced cosmetic benefits and reproducibility (15 citations). This work has helped establish RSS as a reliable, patient-friendly option for uterine fibroid removal. Lee has also made notable strides in reproductive surgery, as evidenced by his study on robot-assisted segmental resection of tubal pregnancy followed by end-to-end reanastomosis. This innovative procedure successfully preserves tubal patency and natural fertility in women with compromised contralateral tubes, offering a critical alternative to salpingectomy (3 citations). By integrating robotic precision with fertility-sparing goals, Lee’s research directly addresses the dual priorities of effective treatment and reproductive future. His work, conducted at a university medical center, underscores a commitment to reproducible, evidence-based surgical innovation that expands the boundaries of what is possible in gynecologic robotics and reproductive surgery.