Objective: Team training is frequently applied in obstetrics. We aimed to evaluate the cost-effectiveness of obstetric multi-professional team training in a medical simulation centre.
Study design: We performed a model-based cost-effectiveness analysis to evaluate four strategies for obstetric team training from a hospital perspective (no training, training without on-site repetition and training with 6 month or 3-6-9 month repetition). Data were retrieved from the TOSTI study, a randomised controlled trial evaluating team training in a medical simulation centre. We calculated the incremental cost-effectiveness ratio (ICER), which represent the costs to prevent the adverse outcome, here (1) the composite outcome of obstetric complications and (2) specifically neonatal trauma due to shoulder dystocia.
Results: Mean costs of a one-day multi-professional team training in a medical simulation centre were (sic)25,546 to train all personnel of one hospital. A single training in a medical simulation centre was less effective and more costly compared to strategies that included repetition training. Compared to no training, the ICERs to prevent a composite outcome of obstetric complications were (sic)3432 for a single repetition training course on-site six months after the initial training and (sic)5115 for a three monthly repetition training course on-site after the initial training during one year. When we considered neonatal trauma due to shoulder dystocia, a three monthly repetition training course on-site after the initial training had an ICER of (sic)22,878.
Conclusion: Multi-professional team training in a medical simulation centre is cost-effective in a scenario where repetition training sessions are performed on-site. (C) 2017 Elsevier B.V. All rights reserved.
|Number of pages
|European Journal of Obstetrics & Gynecology and Reproductive Biology
|Published - Sept 2017
- Obstetric care
- Randomised controlled trial
- Team training
- RANDOMIZED CONTROLLED-TRIAL