Preventing and Managing Tracheostomy-Related Emergencies in the Radiology Suite: Best Practices for Safety and Preparedness.

Airway emergencies in patients with tracheostomies are life-threatening and may arise from tube dislodgment, obstruction, bleeding, or improper handling during patient transfers. While these incidents are rare in radiology suites, the limited experience of staff with tracheostomy care heightens the risk of adverse outcomes. Prompt and well-coordinated responses are essential to ensure patient survival. This review identifies risk factors for tracheostomy-related emergencies in radiology and offers evidence-based recommendations to improve patient safety, staff preparedness, and emergency response. A comprehensive review of peer-reviewed literature, malpractice claims, clinical guidelines, and expert consensus statements was conducted. Databases including PubMed, Nexis Uni, and legal case repositories were searched for studies, reports, and expert recommendations related to tracheostomy emergencies. Findings were synthesized on complications, risk factors, and prevention strategies. Key risk factors for tracheostomy emergencies include improper tube securement prior to transfer, inadequate staff training, and failure to recognize and manage early signs of airway compromise. The first postoperative week following tracheostomy placement has elevated risk due to immaturity of the stoma. Evidence suggests that structured interventions, such as pre-procedure checklists, standardized emergency kits, and targeted staff education, significantly reduce the incidence of complications. Implementing best practices, including pre-procedure preparedness and emergency management protocols, is crucial for minimizing tracheostomy-related complications in radiology settings. Increasing staff awareness and training on tracheostomy care and emergencies can improve patient outcomes and reduce the likelihood of litigation. To sustain competency and ensure rapid, effective responses to emergencies, institutions should implement consistent annual training programs focused on tracheostomy management. Regular simulation-based exercises and interdisciplinary training sessions can reinforce critical airway management skills, promote teamwork, and improve adherence to safety protocols. Future research should aim to assess the effectiveness of quality improvement initiatives in reducing tracheostomy-related adverse events.