Assessment of a percutaneous iliosacral screw insertion simulator
J. Tonetti (CHU-Grenoble ortho-traumato), L. Vadcard (LSE), P. Girard, (IHPC), M. Dubois (LPS), P. Merloz (CHU-Grenoble ortho-traumato), Jocelyne, Troccaz (TIMC)

TL;DR
This study evaluates a fluoroscopic-guided percutaneous iliosacral screw insertion simulator's educational effectiveness by comparing surgeons' accuracy and radiation exposure during a cadaver experiment.
Contribution
It provides novel evidence on the simulator's ability to reduce X-ray exposure, especially among novices, in surgical training for sacroiliac joint fixation.
Findings
Simulator use decreased average X-ray exposure in surgeons.
Novices benefited most from simulator-assisted training.
No significant difference in iatrogenic index between groups.
Abstract
BACKGROUND: Navigational simulator use for specialized training purposes is rather uncommon in orthopaedic and trauma surgery. However, it reveals providing a valuable tool to train orthopaedic surgeons and help them to plan complex surgical procedures. PURPOSE: This work's objective was to assess educational efficiency of a path simulator under fluoroscopic guidance applied to sacroiliac joint percutaneous screw fixation. MATERIALS AND METHODS: We evaluated 23 surgeons' accuracy inserting a guide-wire in a human cadaver experiment, following a pre-established procedure. These medical trainees were defined in three prospective respects: novice or skilled; with or without theoretical knowledge; with or without surgical procedure familiarity. Analysed criteria for each tested surgeon included the number of intraoperative X-rays taken in order to achieve the surgical procedure as well as…
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