Robot-assisted radical prostatectomy is a minimally invasive operation for localized prostate cancer, where the prostate and seminal vesicles are removed using the Da Vinci robotic system.
The robotic platform supports precise pelvic dissection and reconstruction, with small incisions and a structured recovery pathway.
The first objective is complete cancer control. At the same time, surgical planning focuses on preserving urinary continence and, when oncologically safe, erectile function.
Every case is individualized based on tumor characteristics, MRI findings, biopsy results, and patient priorities to select the right operative strategy.
This allows a tailored balance between oncologic safety and functional recovery.
Meticulous robotic dissection is used to optimize margin control and support complete cancer removal according to each patient's disease profile.
When oncologically appropriate, nerve-sparing principles and careful reconstruction are applied to support continence and sexual function outcomes.
Treatment is tailored to tumor biology, anatomy, and patient goals, with clear preoperative counseling and structured postoperative follow-up.