SRS333 - Remote synchronised virtual reality training in ear, nose, and throat surgery by the virtual reality in medicine and surgery (VRiMS) women in surgery (WiS) group

Abstract Introduction Surgical training in ear, nose, and throat (ENT) surgery is increasingly constrained by reduced theatre exposure, variable case mix and supervision, and limited opportunities to observe complex procedures. Virtual reality (VR) provides an immersive, standardised teaching tool that overcomes geographic and logistical barriers, while enabling repeated exposure to rare or technically demanding cases. Building on the demonstrated effectiveness of previous VRiMS training modules (n = 1500), this study will evaluate the use of synchronised VR teaching interventions focused on key areas of ENT surgery and immersive approaches for demonstrating a thyroid surgery. Methods We will conduct a prospective, multicentre feasibility study across 5 distant sites in the UK. The VRiMS WiS regional representatives in Liverpool, London, Bristol, Brighton and Buckinghamshire will attend remote, synchronised workshops consisting of a cadaveric 360° VR simulation of the procedure and a 3D anatomical exploration session. Pre- and post-session surveys will assess procedural confidence, anatomical understanding and user experience using validated Likert-scale tools. Results Data collection is ongoing, with results available in time for presentation at the conference. Based on prior studies using the VRiMS training module, we anticipate highly significant improvements in both procedural confidence and anatomical understanding, particularly among early-stage learners and those without prior operative exposure. Conclusions This study will determine the feasibility and educational value of synchronised VR teaching modules in plastic surgery. By extending the validated VRiMS model we aim to establish VR as a scalable adjunct to traditional surgical training in ENT surgery and for training of women in surgery.

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Publication Details

Journal
British journal of surgery
Published
2026-03-01
DOI
https://doi.org/10.1093/bjs/znag018.301
Primary Topic
Surgical Simulation and Training
Type
article
Field-Weighted Citation Impact
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article

SRS333 - Remote synchronised virtual reality training in ear, nose, and throat surgery by the virtual reality in medicine and surgery (VRiMS) women in surgery (WiS) group

Aamir Ali, M.P. Lee, Jagtar Dhanda, Ankita Chaturvedi et al.
British journal of surgery
Surgical Simulation and Training
article

SRS333 - Remote synchronised virtual reality training in ear, nose, and throat surgery by the virtual reality in medicine and surgery (VRiMS) women in surgery (WiS) group

Aamir Ali, M.P. Lee, Jagtar Dhanda, Ankita Chaturvedi, Vibha Sriram, Jia Shen Chin, Ayushi Gianchandani, Francesca Theodoropoulou-Estachhini
article en

Abstract

Abstract Introduction Surgical training in ear, nose, and throat (ENT) surgery is increasingly constrained by reduced theatre exposure, variable case mix and supervision, and limited opportunities to observe complex procedures. Virtual reality (VR) provides an immersive, standardised teaching tool that overcomes geographic and logistical barriers, while enabling repeated exposure to rare or technically demanding cases. Building on the demonstrated effectiveness of previous VRiMS training modules (n = 1500), this study will evaluate the use of synchronised VR teaching interventions focused on key areas of ENT surgery and immersive approaches for demonstrating a thyroid surgery. Methods We will conduct a prospective, multicentre feasibility study across 5 distant sites in the UK. The VRiMS WiS regional representatives in Liverpool, London, Bristol, Brighton and Buckinghamshire will attend remote, synchronised workshops consisting of a cadaveric 360° VR simulation of the procedure and a 3D anatomical exploration session. Pre- and post-session surveys will assess procedural confidence, anatomical understanding and user experience using validated Likert-scale tools. Results Data collection is ongoing, with results available in time for presentation at the conference. Based on prior studies using the VRiMS training module, we anticipate highly significant improvements in both procedural confidence and anatomical understanding, particularly among early-stage learners and those without prior operative exposure. Conclusions This study will determine the feasibility and educational value of synchronised VR teaching modules in plastic surgery. By extending the validated VRiMS model we aim to establish VR as a scalable adjunct to traditional surgical training in ENT surgery and for training of women in surgery.

British journal of surgeryVol. 113(Supplement_2)
Brighton and Sussex Medical School (GB), University of Liverpool (GB), Queen Mary University of London (GB), Royal Buckinghamshire Hospital (GB), Queen Victoria Hospital (GB), Imperial College London (GB), University of Buckingham (GB)
Quality Education
Openalex Percentile: Top 6%
Surgical Simulation and Training
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