Clinical Report: Telesurgery Matches Local Surgery in RCT

Overview

A multicenter randomized clinical trial demonstrated that telesurgery is noninferior to standard local robotic surgery for urologic procedures. The study found no clinically meaningful differences in perioperative or early recovery outcomes between the two approaches.

Background

Telesurgery represents a significant advancement in surgical techniques, allowing procedures to be performed remotely, which can enhance access to care in underserved areas. This trial is particularly important as it provides rigorous evidence regarding the efficacy and safety of telesurgery compared to traditional methods. Understanding the reliability of telesurgery is crucial for its potential integration into standard surgical practice.

Data Highlights

Key Findings

• Telesurgery achieved a surgical success rate of 100% compared to 94% for local surgery.
• No system-related failures occurred in the telesurgery group, while one failure was noted in the local group due to robotic system malfunction.
• Operative times were similar, with a median of 152 minutes for telesurgery and 135 minutes for local surgery.
• Postoperative recovery metrics, including hospital stay and quality-of-recovery scores, were comparable between both groups.
• Surgeon workload was significantly lower in the telesurgery group, as measured by the NASA Task Load Index.

Clinical Implications

The findings support the feasibility of telesurgery as a reliable alternative to local robotic surgery, potentially increasing access to surgical care. Clinicians may consider integrating telesurgery into practice, especially in remote locations, while remaining aware of the limitations noted in the study.

Conclusion

Strengthen the emphasis on the necessity for further research on long-term outcomes.

References

1. Ye Wang, MD, et al., BMJ, 2024 -- Telesurgery as reliable as standard robotic surgery for some urological procedures
2. Demonstration of Remote Robotic Surgery Using Telesurgery Techniques Over 5G Networks, Springer, 2023
3. The Impact of Mixed Reality Technology on the Workflow of Complex Neurooncological Surgeries, Springer, 2025
4. Robotic-Assisted Transanal Minimally Invasive Surgery (r-TAMIS), Springer, 2024
5. Surgical Endoscopy — Robotic Platform for Surgical Tele-Mentoring: Preliminary Insights from a Military Healthcare Setting
6. Feasibility of telesurgery using fifth-generation wireless cellular technology
7. Telemedicine - American Urological Association
8. Telesurgery as reliable as standard robotic surgery for some urological procedures - BMJ Group