Telementoring for minimally invasive surgical training by wireless robot

Area of Science:

• Surgical Education
• Robotics in Medicine
• Minimally Invasive Surgery

Background:

• Local mentoring in laparoscopic surgery is effective but limited by instructor availability and travel.
• Geographic and time constraints hinder access to specialized surgical training.
• Remote instruction methods are needed to overcome traditional training barriers.

Purpose of the Study:

• To compare the effectiveness of local active, local passive, and remote robotic telementoring in laparoscopic surgery training.
• To evaluate surgeon satisfaction with remote robotic telementoring.
• To assess the feasibility of using a wireless mobile robot for surgical telementoring.

Main Methods:

• A hands-on laparoscopic training session was conducted with surgeons mentored remotely from the United States using an RP-6 Robot via WiFi.
• Local active and passive mentoring served as control groups.
• Surgeon feedback was collected using an assessment score (scale, 0 to 4).

Main Results:

• Remote robotic telementoring was well-received, achieving an assessment score of 2.65.
• No statistically significant differences were found between local (active/passive) and remote mentoring effectiveness.
• The wireless mobile robot facilitated effective telementoring from a remote location.

Conclusions:

• Mobile wireless robots are valuable tools for laparoscopic telementoring.
• Robotic-assisted telementoring can enhance surgical education by providing remote expert assistance.
• While not replacing onsite mentoring, telementoring expands educational opportunities and training quality.