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Surgical fires occur in a wide variety of medical settings, from solo practices to large hospitals. Surgical fire prevention depends mostly on fire risk awareness and communication among the members of the surgical team.

Surgical fires occur in a wide variety of medical settings, from solo practices to large hospitals. Surgical fire prevention depends mostly on fire risk awareness and communication among the members of the surgical team.

An unintended retained surgical item (RSI) is an item unintentionally left inside a patient¹ (in this case a cautery tip). Among surgical never events, RSI is the most frequently reported to the Joint Commission.² According to the Joint Commission, the most common causes of RSIs include the absence of policies and procedures, failure to comply with existing policies and procedures, and inadequate or incomplete staff education.³ In this case, the surgical staff’s unfamiliarity with new electrocautery units led them to disregarded the policy for counting tips and inspecting the units following use leading to the retained surgical item.

Surgical fires occur in a wide variety of medical settings, from solo practices to large hospitals. Surgical fire prevention depends mostly on fire risk awareness and communication among the members of the surgical team. Any team member can prevent or contribute to a surgical fire because elements of the fire triangle — air (oxygen), fuel (prepping solution, drapes, patient skin), and ignition source (electrosurgical units) — are generally controlled by different members of the surgical team. Therefore, all team members should think about how their actions might complete the fire triangle that leads to these surgical never events and should communicate with other team members about fire risk status throughout the surgery. Consider how the various surgical team members could have prevented the fire in the following case study.

Although electronic health records (EHRs) have many benefits, studies reveal unexpected patient safety and liability risks associated with their use. The speed at which EHR technology is advancing and the speed with which hospitals and medical practices are implementing these systems can partially explain this increased risk exposure.¹ Optimizing an EHR (using it to its full potential) can deflect some of this risk. However, the importance of optimizing an EHR can be overlooked amid the struggle to provide quality patient care while complying with regulations and participating in government incentive programs.²