Publication date: Jul 13, 2023
In the current era of the severe acute respiratory syndrome-coronavirus-2 epidemic, the need for respiratory care, including mechanical ventilatory (MV) management, has increased. However, there are no well-developed educational strategies for training medical personnel dealing with respiratory care in MV management. A novel mixed-methods hands-on seminar for learning MV management was conducted for the residents at Chiba University Hospital in March 2022. The seminar lasted approximately 2 hours. The learning goal for the residents was to develop skills and knowledge in performing basic respiratory care, including MV, during an outbreak of a respiratory infection. The seminar with a flipped classroom consisted of e-learning, including modules on respiratory physiology and MV management, hands-on training with a low-fidelity simulator (a lung simulator), and hands-on training with a high-fidelity simulator (a human patient simulator). The effectiveness of the seminar was evaluated using closed questions (scored on a five-point Likert scale: 1 [minimum] to 5 [maximum]) and multiple-choice questions (maximum score: 6) at the pre- and post-seminar evaluations. Fourteen residents at Chiba University Hospital participated in the program. The questionnaire responses revealed that the participants’ motivation for learning about MV was relatively high in the pre-seminar period (seven participants [50%] selected level 5 [very strong]), and it increased in the post-seminar period (all participants selected level 5) (p = 0. 016). The responses to the multiple-choice questions revealed that the participants did not have enough knowledge to operate a mechanical ventilator, while the total score significantly improved from the pre- to post-seminar period (pre-seminar: 3. 3 +/- 1. 1, post-seminar: 4. 6 +/- 1. 0, p = 0. 003). The seminar implemented in this study helped increase the residents’ motivation to learn about respiratory care and improved knowledge of MV management in a short time. In particular, the flipped classroom may promote the efficiency of education on MV management.
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Concepts | Keywords |
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Coronavirus | Care |
Hours | Hands |
Pandemic | Including |
Seminar | Learning |
Ventilator | Management |
Mechanical | |
Participants | |
Post | |
Pre | |
Questions | |
Residents | |
Respiratory | |
Seminar | |
Simulator | |
Training |
Semantics
Type | Source | Name |
---|---|---|
disease | MESH | COVID-19 pandemic |
disease | MESH | severe acute respiratory syndrome |
disease | MESH | infection |
disease | VO | effectiveness |
disease | VO | time |
disease | VO | efficiency |
disease | MESH | Emergency |
disease | VO | Severe acute respiratory syndrome coronavirus 2 |
disease | IDO | history |
disease | IDO | process |
pathway | REACTOME | Reproduction |
disease | MESH | pneumonia |
disease | MESH | respiratory failure |
drug | DRUGBANK | Oxygen |
disease | MESH | respiratory infections |
disease | MESH | infectious diseases |
drug | DRUGBANK | Pentaerythritol tetranitrate |
drug | DRUGBANK | Etoperidone |
disease | VO | effective |
disease | VO | efficient |
disease | VO | USA |
disease | MESH | weaning |
disease | VO | volume |
drug | DRUGBANK | Trestolone |
disease | IDO | blood |
disease | MESH | hypercapnia |