Innovations to Improve Lung Isolation Training for Thoracic Anesthesia: A Narrative Review.

Area of Science:

• Anesthesiology
• Medical Simulation
• Thoracic Surgery

Background:

• Flexible bronchoscopy is crucial for lung isolation and one-lung ventilation in thoracic anesthesia.
• Developing and maintaining the necessary technical skills for these procedures presents a significant training challenge.
• Traditional training methods may not fully address the complexities of these advanced airway techniques.

Purpose of the Study:

• To review current and emerging training modalities for flexible bronchoscopy in thoracic anesthesia.
• To investigate the role of simulation, virtual reality, and 3D printing in skill acquisition for lung isolation.
• To provide a comprehensive overview of training tools for thoracic anesthesia procedures.

Main Methods:

• Narrative review of existing literature and technological advancements.
• Examination of current training methods in thoracic anesthesia.
• Exploration of novel simulation techniques including virtual reality bronchoscopy, virtual airway endoscopy, and 3D printed airway models.

Main Results:

• Simulation technologies, including virtual reality, offer promising new avenues for training complex airway procedures.
• 3D printing of patient-specific airways provides realistic anatomical models for pre-procedural planning and training.
• These advanced methods can potentially enhance skill acquisition and retention for lung isolation techniques.

Conclusions:

• Innovative simulation and virtual reality technologies are transforming training for flexible bronchoscopy in thoracic anesthesia.
• 3D printing offers a valuable tool for personalized surgical planning and training.
• Future training strategies should integrate these advanced modalities to improve competency in lung isolation and one-lung ventilation.