Caregiver Alarm Fatigue
A subtle problem has been growing inside the modern hospital environment. The trend towards increased usage of alert/alarm generating patient monitors seems like a logical step towards better patient care. It certainly makes sense that the more caregivers can know about patients’ conditions the better they can react should an emergency arise. However, there have been multiple incidents that suggest that this is simply not the case.
The most high profile incident occurred in January when a patient at Massachusetts General Hospital (MGH) died of a cardiac arrest. As it turned out, the patient’s cardiac arrest monitor had been in alarm mode for over 20 minutes before the patient died, yet nurses failed to notice the scrolling tickertape notices in the hallway or the beeps in the central nursing station. In addition, an unknown person had completely turned off the separate audible alarm on the physical bedside monitor the night before.
So what exactly causes this disconnect between caregivers and monitoring technology? Alarm fatigue. As more monitoring devices are added into the hospital environment, each additional alert adds weight until nurses feel overwhelmed. As a result, caregivers experience alarm fatigue. Alarm fatigue is the condition where caregivers begin to give up trying to manage the onslaught of alerts, and start to ignore them instead. In extreme cases, such as the situation at MGH, caregivers begin turning down the volume of audible alerts or even turning off alerts completely.
Preventing Alarm Fatigue
Stopping alarm fatigue isn’t simple. Obviously, eliminating alerts/alarms isn’t an acceptable solution, since that would defeat the purpose of patient monitoring devices. Yet something must be done or the problem will only continue to develop as the hospital environment gets more complex.
The solution lies not in eliminating alerts, but in more efficient management of them. Without an automatic and organized approach to managing alerts, caregivers are forced to juggle them manually. Manual management of alerts can be effective, as long as the number of alerts stays at a reasonable level. However, as more alerts are added to the environment, an alert management system becomes more necessary.
Developing an Effective Alert Management System
Today, new technologies such as Dalcon Alert include an Alert Management System designed to help caregivers organize alerts. Dalcon Alert’s Alert Management System automatically tracks all active alerts. Active alerts are displayed on a large screen monitor at the nursing station and are automatically updated in realtime with alert type, location, and length of duration. The alert queue is designed to allow caregivers to quickly prioritize active alerts, and canceled alerts are automatically removed from the queue.
Reducing Unnecessary Alerts
In addition, Dalcon Alert allows nurses to receive alerts via text message to wireless phones. A successful Alert Management System involves quality design. As a result, caregivers should only be receiving relevant alerts.
For example, caregivers should only receive non-critical alerts from their assigned patients, not from each patient on an entire floor. Because Dalcon Alert utilizes wireless phones assigned to each caregiver, relevant alerts can be tailored to the individual caregiver.
Because all alerts are managed by the Alert Management System, non-critical monitoring devices can have their audible alerts turned down in order to reduce hospital ambient noise. Any reduction in hospital ambient noise has been shown to increase the quality of patient care significantly.
