简介:
Overview
This article describes the manufacturing process of a low-cost animal bench model for teaching tracheostomy. The model's effectiveness was evaluated by experts in the field.
Key Study Components
Area of Science
- Otolaryngology
- Anesthesiology
- Medical Training
Background
- Tracheostomy is a common procedure in intensive care and emergency situations.
- There is a significant need for effective training in this procedure.
- The outcome of tracheostomy is influenced by the operator's skill level.
- Simulation and specific training are essential for improving procedural outcomes.
Purpose of Study
- To create a realistic and cost-effective training model for tracheostomy.
- To assess the model's suitability for teaching clinical maneuvers.
- To provide a resource for improving training in airway management.
Methods Used
- Manufacturing steps of the animal bench model were documented.
- Expert evaluation through questionnaires post-procedure.
- Assessment of model realism and training effectiveness.
- Video documentation of the entire process.
Main Results
- The model received positive feedback from senior otolaryngologists and anesthesiologists.
- Experts confirmed the model's realism and training value.
- Training outcomes improved with the use of the model.
- Participants felt more confident in performing tracheostomy after training.
Conclusions
- The low-cost animal bench model is effective for teaching tracheostomy.
- It enhances training and procedural outcomes in clinical settings.
- Further development and use of such models are encouraged.
What is the purpose of the animal bench model?
The model is designed to teach tracheostomy procedures effectively.
Who evaluated the model?
Senior otolaryngologists and anesthesiologists assessed the model's effectiveness.
How was the model tested?
Experts completed procedures using the model and provided feedback through questionnaires.
What are the benefits of using this model?
It improves training outcomes and operator confidence in performing tracheostomy.
Is the model cost-effective?
Yes, it is designed to be low-cost while maintaining realism for training.
Can this model be used in other training scenarios?
While focused on tracheostomy, the principles of simulation can apply to other procedures.