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About

Makoto Takahashi is a pioneering surgeon whose research focuses on advancing minimally invasive techniques for complex colorectal and pelvic cancers. His major contributions center on developing and refining combined robotic and laparoscopic procedures for synchronous malignancies, particularly demonstrating the feasibility of simultaneous laparoscopic abdominoperineal resection and robotic-assisted prostatectomy for double cancers of the rectum and prostate. This landmark work, cited 14 times, has helped establish new standards for multidisciplinary surgical approaches. Takahashi has also made significant contributions to understanding postoperative complications in robotic rectal cancer surgery, notably his study on creatine kinase elevation following prolonged lithotomy positioning (7 citations), which has improved perioperative patient safety protocols. His recent work on postoperative urinary dysfunction after lateral lymph node dissection via minimally invasive surgery (2 citations) addresses a critical quality-of-life concern for rectal cancer patients. Through these investigations, Takahashi has enhanced our understanding of surgical ergonomics, complication prevention, and functional outcomes in pelvic surgery. His research continues to shape best practices for robotic and laparoscopic approaches to rectal cancer, offering patients safer, more effective treatment options while advancing the field of minimally invasive surgical oncology.