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In this lecture from the 7th International Prostate Cancer Symposium, Dr. Arthur L. Burnett II presents an in depth exploration of real time intraoperative neuromonitoring during radical prostatectomy.
Dr. Burnett discusses how functional nerve mapping and physiologic monitoring during surgery can help surgeons better preserve erectile and urinary function without compromising cancer control. He reviews emerging techniques including sacral stimulation, pelvic floor electromyography, near infrared spectrophotometry, and grid based nerve mapping, while outlining future directions that integrate machine learning and continuous intraoperative feedback.
This presentation highlights how precision surgery guided by real time data may improve patient centered outcomes and reshape the future of prostate cancer care.
Objectives
Conclusions
In this lecture from the 7th International Prostate Cancer Symposium, Dr. Arthur L. Burnett II presents an in depth exploration of real time intraoperative neuromonitoring during radical prostatectomy.
Dr. Burnett discusses how functional nerve mapping and physiologic monitoring during surgery can help surgeons better preserve erectile and urinary function without compromising cancer control. He reviews emerging techniques including sacral stimulation, pelvic floor electromyography, near infrared spectrophotometry, and grid based nerve mapping, while outlining future directions that integrate machine learning and continuous intraoperative feedback.
This presentation highlights how precision surgery guided by real time data may improve patient centered outcomes and reshape the future of prostate cancer care.
Objectives
Conclusions