Related Experiment Video
Updated: May 28, 2026
Retzius-Sparing Robot-Assisted Radical Prostatectomy
Published on: May 19, 2022
[Prevention of complications of general anesthesia linked with laparoscopic access and with robot-assisted radical
Introduction:
The aim of our work was to present a review of technical features and complications of general anesthesia during robot-assisted laparoscopic radical prostatectomy (RALRP).
Materials And Methods:
Data on RALRP and general anesthesia were explored on Medline using the following MeSH terms: radical prostatectomy; morbidity; anesthesia complications; laparoscopy; robotics; Trendeleburg. Publications were considered on the following criteria: methodology, relevance and date of publication.
Results:
There was no data of level of evidence 1 available. The first RALRP was reported in 2000. Technological innovation brought by the robot with its 3-D vision, the acquisition of degrees of mobility and a more ergonomic position for the surgeon, have led to a growing interest from new teams in the western world. However, the RALRP generates constraints for the anesthesia team who need to incorporate the rules of laparoscopy and the patient's specific installation to guarantee maximum safety. There are inherent complications with the installation of the patient himself in the Trendelenburg position (ocular, neurological, hemodynamic, respiratory) and respiratory complications related to the specific procedure in gaseous atmosphere due to pneumoperitoneum. One of the criteria of the quality of publications in the field of surgery is related to the objective evaluation of complications by appropriate scale systems and the complications of general anesthesia must also be absolutely recorded.
Conclusion:
RALRP had deeply modified the anatomical landmarks of the surgical removal of prostate cancer. However, the perioperative environment has also been completely altered and the installation of RALRP in the daily routine of a service requires from the anesthesia team to adapt their behavior to this sophisticated surgical access.
Insights
Robot-assisted laparoscopic radical prostatectomy (RALRP) offers surgical advantages but requires anesthesia teams to adapt to unique patient positioning and pneumoperitoneum challenges for safety.
Area of Science:
- Urology
- Anesthesiology
- Surgical Technology
Context:
- Robot-assisted laparoscopic radical prostatectomy (RALRP) is increasingly adopted globally.
- RALRP presents unique technical demands for surgical teams and anesthesia providers.
- Patient positioning and pneumoperitoneum in RALRP introduce specific anesthetic risks.
Purpose:
- To review the technical aspects of general anesthesia during RALRP.
- To identify and discuss complications associated with RALRP anesthesia.
- To highlight the adaptations required by anesthesia teams for safe RALRP procedures.
Summary:
- RALRP, utilizing robotic technology, enhances surgical precision and ergonomics.
- Anesthesia management for RALRP involves addressing challenges from the Trendelenburg position and pneumoperitoneum.
- Potential complications include ocular, neurological, hemodynamic, and respiratory issues related to patient setup and the gaseous atmosphere.
Impact:
- RALRP significantly alters the surgical landscape for prostate cancer treatment.
- Anesthesia protocols must be adapted to ensure patient safety in the evolving perioperative environment of RALRP.
- This review underscores the need for comprehensive complication recording and management in RALRP anesthesia.
