Safe Implementation of Robotic Colorectal Surgery: Balancing Surgical Training and Patient Safety with the...

Area of Science:

• Minimally invasive surgery
• Surgical robotics
• Colorectal surgery

Background:

• Robotic platforms enhance minimally invasive colorectal surgery options.
• Concerns exist regarding surgeon training and patient safety with robotic systems.
• Dual-console robotic systems offer potential for real-time coaching and improved outcomes.

Purpose of the Study:

• To implement and evaluate a structured framework for the safe adoption of robotic colorectal surgery using a dual-console model.
• To balance trainee autonomy with patient safety during the implementation phase.
• To assess early program outcomes, including safety, efficacy, and oncologic quality.

Main Methods:

• A dual-console robotic system was used with a structured framework for implementation.
• Early cases focused on low-complexity pathology, with progression based on predefined benchmarks.
• Prospective data collection evaluated intraoperative adverse events, conversions, morbidity, anastomotic integrity, oncologic metrics, and operative time.

Main Results:

• 17 patients were analyzed, with no conversions or anastomotic leaks observed.
• Overall complications were comparable to established robotic colorectal surgery cases.
• Resection margins and lymph node yields met oncologic standards; operative times decreased significantly after 8-13 cases.

Conclusions:

• Dual-console robotic surgery facilitates safe and scalable training in colorectal procedures.
• This strategy maintains short-term patient outcomes and oncologic quality.
• Key components include case selection, proficiency-based progression, coaching, standardized protocols, and data monitoring.