Key result
A low-budget 3D printed ECMO cannulation model was rated highly for training, with experts scoring the realism of 'opening of the vessels' higher than trainees.
Why the study?
ECMO cannulation is a stressful procedure requiring speed for survival, making it important to train its component steps outside the clinical setting.
Observational (n=21)
A low-budget 3D-printed ECMO cannulation model was rated favorably by both experts and trainees, suggesting it is a valid tool for preclinical skills training.
Answers are grounded in this paper and cite their sources.
May support affordable ECMO training models; leaves open validation of skill transfer and clinical outcomes.
Extra-corporeal membrane oxygenation (ECMO) cannulation can be a stressful procedure because a fast cannulation is vital for the patient's survival. Therefore, it is important to train the steps of cannulation outside the clinical setting. A relatively low budget, easy to use model, was developed to train the most important steps of an ECMO cannulation. Following this, it was evaluated by experts and target group participants. They all completed a questionnaire regarding their experience and opinions on the ECMO model on general aspects and the training of the component steps, rated on a 5-point Likert scale. Twenty-one participants completed the questionnaire. The features and steps of the model were rated with a mean of 3.9 on average. The haptics of the landscape scored least, with a mean of 3.6, although the haptics of the vessels scored highest with 4.0. The rating of the component steps showed that only 'opening of the vessels' was scored significantly different between the expertise levels (means experts: 4.0, target group: 3.4, p = 0.032). This low budget model is considered to be a valid tool to train the component steps of the ECMO cannulation, which could reduce the learning curve in the a stressful clinical setting. Level of evidence: II prospective comparative study.
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Botden et al. (2020) conducted an observational in ECMO cannulation training (n=21). Expertise level (Experts) vs. Target group (Trainees) was evaluated on Rating of 'opening of the vessels' step on a 5-point Likert scale (p=0.032). A low-budget 3D printed ECMO cannulation model was rated highly for training, with experts scoring the realism of 'opening of the vessels' higher than trainees.
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