Recommendations of the Perioperative Fire Task Force
Wide variability of fire risk assessment practices exists across professional organizations, health care institutions, services, disciplines within institutions, and individual providers. The Task Force identified and analyzed factors within the fire risk assessment process that potentially could increase the risk of an OR fire. The Task Force also considered factors that could reduce the risk of an OR fire, including elements of the fire risk assessment process that could be standardized to improve reliability.
These consensus recommendations are for informational purposes only and should not be construed or relied upon as a standard of care. The AMC PSO recommends institutions review these guidelines and accept, modify, or consider alternatives based on their own institutional resources and patient populations. Institutions should review and modify these recommendations as the field continues to evolve.
More AMC PSO Content
Publications such as whitepapers and guidelines derived from the AMC PSO convenings.
Patient Safety Guidance for Pathology Specimens
The AMC PSO convened the Lost Specimens Task Force to offer guidance — and identify and mitigate risks — for specimen loss and mishandling that results in diagnostic error.
EHR Downtime Guidelines
At the request of its membership, the AMC PSO convened the task force to develop a set of literature-supported, consensus-based guidelines addressing patient safety considerations during unplanned EHR downtime events.
Neonatal Encephalopathy Guidelines
At the behest of its membership, the Academic Medical Center Patient Safety Organization convened a Task Force to arrive at a set of consensus-based guidelines for the most effective use of therapeutic hypothermia in cases of suspected neonatal encephalopathy.
Interventional Radiology Guidelines
At the request of its membership, the AMC PSO convened the task force to develop a set of literature-supported, consensus-based guidelines addressing patient safety considerations for mitigating risk in interventional radiology.
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