QUALITY IMPROVEMENT

Introduction of the OR Black Box in a hybrid angiosuite

Challenges and opportunities

Challenges and opportunities

Challenges and opportunities

Published on

June 29, 2020

Physica Medica

Bart Doyen, Lauren Gordon, Gilles Soenens, Klaus Bacher, Peter Vlerick, Frank Vermassen, Teodor Grantcharov, Isabelle Van Herzeele
Bart Doyen, Lauren Gordon, Gilles Soenens, Klaus Bacher, Peter Vlerick, Frank Vermassen, Teodor Grantcharov, Isabelle Van Herzeele
Bart Doyen, Lauren Gordon, Gilles Soenens, Klaus Bacher, Peter Vlerick, Frank Vermassen, Teodor Grantcharov, Isabelle Van Herzeele

Overview

The OR Black Box® technology, originally used in laparoscopy to improve patient safety, has been successfully adapted for use in a hybrid angiosuite for endovascular procedures. This implementation aimed to evaluate surgeons' radiation safety, technical performance, and non-technical skills. The system captures audio-visual data from multiple sources, including cameras, microphones, and medical monitors. In a pilot analysis of an elective endovascular aneurysm repair, the ORBB provided valuable insights into radiation exposure, safety-related behaviors, technical skills, and non-technical performance of the surgical team.

This innovative data capture platform shows promise in identifying safety-related errors and areas for improvement in endovascular procedures. By providing a comprehensive evaluation of surgical performance, including radiation safety practices, technical expertise, and non-technical skills, OR Black Box in the hybrid angiosuite setting may lead to targeted educational interventions and ultimately enhance patient safety in endovascular surgery.

Results

The system captures Audio-visual data from four ceiling-mounted cameras, three ceiling-array microphones, the fluoroscopy screen and anaesthesia monitor. After patient and team consent, an elective endovascular aneurysm repair was successfully analysed. Dose-Area-Product and Air Kerma were 71094 mGy.cm2 and 270 mGy, respectively. Behavioural analysis revealed deficiencies in stepping back and radiation safety communication. Technical skill assessment was feasible: GRS: 29/40; 'PRS': 27/35; EVARATE: 29/35. Non-technical analysis highlighted surgeons' leadership qualities.