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About

Takuji Tsukamoto is a urologic surgeon whose research centers on refining surgical techniques and improving functional outcomes in radical prostatectomy, particularly through robotic-assisted laparoscopic approaches. His work addresses two critical challenges in prostate cancer surgery: intraoperative hemorrhage control and postoperative urinary continence recovery. In a 2015 study, Tsukamoto investigated modifications for controlling the dorsal vein complex during robotic-assisted laparoscopic radical prostatectomy, comparing suture ligation with a preceding division technique to identify superior methods for reducing blood loss. Earlier, in 2013, he conducted a comparative analysis of initial outcomes between robotic-assisted and open retropubic radical prostatectomy, contributing to the evidence base that has driven the widespread adoption of minimally invasive surgery. Most notably, his 2020 study employed cine magnetic resonance imaging to assess pelvic floor muscle dynamics, providing novel predictors of early continence recovery after prostatectomy. This innovative use of dynamic imaging offers urologists actionable insights for patient counseling and rehabilitation planning. While his citation counts are modest, Tsukamoto’s focused contributions to surgical technique and functional preservation represent valuable steps in the ongoing effort to enhance quality of life for prostate cancer survivors.