Practices to Support Alarm in the Hospital Setting

The risk of clinical vigilance threatens the setting of the hospital. "566 Deaths Related to Monitoring Alarms" was reported from the Equipment Experience (MAUDE) database of another manufacturer and user facility (Cvach, 2012, p. 269). Pelletier (2013) reported that one of the greatest causes of death among patients was associated with "warning fatigue" (p. 292). The purpose of this white paper is to review and explore best practices to support alarm management and proactive alarm fatigue and patient injury. Welch (2012) has reported that nurses are comparing patient care areas to "carnival or casino" (p. 12).

Warning fatigue occurs when busy workers are becoming insensitive due to exposure to many frequent security guard warnings. As this sensitivity decreases, response time may be longer or important alarms may be lost. In the hospital environment, one of the most common devices for alarming is a physiological monitor. Recent Joint Committee on the Safety of Patient Warning National Patient Safety Goals highlight the complexity of modern warning management and the danger of fatigue of warnings. (1) Studies indicate that 80% to 99% of the ECG warnings are incorrect or not clinically significant. (2-5) The hospital is working hard so as to effectively solve this problem. However, because the cause of excessive alerts and alerts is multifaceted, it is difficult to solve.

Although alerts are a valuable tool in hospital care, patient safety professionals and clinicians have long sought actions to deal with alarm fatigue. In addition to compromising patients, warning fatigue can also be a factor in caregiver burnout. I am worried that I will miss an important warning because I am putting pressure on many nurses. In large clinics there is a lack of accountability for the alarm system and it is difficult to listen to alarms that are fatigue of warnings and other factors that cause caregiver pressure because they move to a private room that closes the door I will

Several hospitals are already taking action. Since 2006, Johns Hopkins Hospital in Baltimore has been engaged in surveillance of warning fatigue. We created an alarm task set and we used data analysis to determine the effect of reducing monitoring noise. After about 80% of the alerts were found to be for low priority situations, the task group disabled low priority alerts and helped clinicians pay more attention to alerts issued by alerts It was. At the Boston Medical Center (BMC), a number of low-priority alerts that do not require immediate action were eliminated, and the number of alerts for the entire hospital was halved. It ranged from 1 million times per week to 400,000 times. This reduction reduces the risk to the patient by allowing the nurse to respond more quickly to warnings that require attention. Prior to the change, BMC nurse Amanda Gerety often heard a warning during her sleep. Now, she said, "It's more fun at work."