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About

Zeev Wiener is a pioneering surgeon whose research focuses on advancing minimally invasive gynecologic surgery, particularly through robotic-assisted techniques for pelvic organ prolapse. His major contributions center on refining sacrocolpopexy procedures, with a special emphasis on single-port robotic surgery—a technique that uses a single incision, typically at the navel, to reduce scarring and recovery time. Wiener’s work demonstrates the feasibility and safety of this approach, as shown in his most-cited paper, "Single Port Robotic Assisted Sacrocolpopexy: Our Experience With the First 25 Cases" (43 citations), which shares practical tips and evaluates the learning curve. He has also investigated the physiological impacts of surgery, such as in "Effects of Pneumoperitoneum and the Steep Trendelenburg Position on Heart Rate Variability and Cerebral Oxygenation during Robotic Sacrocolpopexy" (15 citations), highlighting his commitment to patient safety. Additionally, his comparative study on single-port versus multi-port robotic sacrocervicopexy (7 citations) establishes learning curves and short-term outcomes, further solidifying his role as an innovator. Wiener’s work not only advances surgical techniques but also enhances our understanding of procedural impacts, making him a key figure in robotic gynecology.