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About

Jiasian Teh is a pioneering urological surgeon and researcher whose work centers on advancing precision and safety in robotic-assisted pelvic surgery. His primary research areas include 3D-printed anatomical modeling for prostate cancer treatment, complex robotic prostatectomy, and management of ureteral anomalies. Teh’s most significant contribution is the first systematic review on 3D-printed patient-specific prostate cancer models to guide nerve-sparing robot-assisted radical prostatectomy (NS-RARP), a study with 12 citations that establishes a new standard for preoperative visualization and surgical planning. This work directly addresses the critical need for precise anatomical knowledge to preserve nerve function and improve patient outcomes. Additionally, Teh has explored challenging surgical scenarios, such as robotic prostatectomy following major abdominal trauma from gunshot injuries (3 citations), demonstrating the feasibility and safety of minimally invasive approaches in high-risk patients. He also reported a novel technique for robot-assisted ipsilateral ureteroureterostomy in duplex systems using intraoperative flexible ureteroscopy (3 citations), showcasing his innovation in managing rare congenital anomalies. Through these contributions, Teh is shaping the future of personalized, robot-assisted urological surgery, enhancing both surgical precision and patient recovery.