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About

Dr. Tsung-Hsien Su is a leading urogynaecologist whose research centers on pelvic organ prolapse (POP), bladder function, and the outcomes of minimally invasive surgical repairs. His major contributions lie in rigorously comparing the impact of robotic-assisted sacrocolpopexy (RSC) versus transvaginal mesh surgery (TVM) on bladder dynamics and patient symptoms. Through prospective controlled studies, Dr. Su has demonstrated that RSC significantly improves bladder compliance and voiding function, offering objective evidence to guide surgical decision-making. His innovative work includes developing novel pressure-volume analyses to quantify the thermodynamic workload of voiding, providing a deeper understanding of how POP surgery modifies outlet resistance. With over a dozen citations in 2024 alone, his research is gaining rapid recognition for its clinical relevance. Dr. Su’s studies are notable for their meticulous methodology, including dynamic compliance measurements and thermodynamic modeling, which set new standards in urogynaecological assessment. His findings directly inform surgical choices, helping to optimize outcomes for women with POP. For students and researchers, Dr. Su’s work exemplifies how translational research can bridge surgical technique and patient-centered bladder health.