Clinical Report: Effects of Extended Reality Simulation on Training Outcomes in Ophthalmology
Overview
Extended reality (XR) simulation significantly improves surgical training outcomes in ophthalmology, reducing intraoperative complications and enhancing technical performance. This systematic review and meta-analysis of 32 studies involving 1,572 participants provides strong evidence for the integration of XR in ophthalmic education.
Background
The increasing demand for ophthalmic procedures necessitates effective training for residents within limited timeframes. XR simulations offer a safe and consistent method for practicing surgical skills, addressing the challenges posed by traditional training methods. As patient safety and surgical precision become paramount, the need for innovative educational tools like XR is critical in ophthalmology.
Posterior capsule rupture was reduced (OR = 0.63).
Technical execution improved with higher global surgical scores (SMD = 1.93).
Operative duration decreased by approximately 9 minutes (WMD = -8.92 min).
Trainee confidence generally increased, although perceived realism varied.
Clinical Implications
The integration of XR simulation into ophthalmology training programs can enhance surgical proficiency and reduce complications, ultimately improving patient safety. Training programs should consider adopting XR technologies to meet the evolving demands of surgical education.
Conclusion
XR simulation presents a promising advancement in ophthalmic training, with the potential to significantly improve surgical outcomes and trainee confidence. Further research is warranted to explore its application in broader surgical contexts.
A retrospective database study found a low absolute incidence but higher relative hazard of ischemic optic neuropathy following semaglutide initiation.
