![]() “It has performed brilliantly,” says Jeff Terry, who leads Clinical Command Centers, the GE Healthcare unit that developed the software. When algorithms went to work on this data, Oregon’s clinicians were able to see those key metrics and use them to make quicker, more informed operational decisions. That system corralled 4.2 million data points per day from the state’s hospital networks, updating once every five minutes with fresh intelligence about admissions, patient movements, nursing flows, ventilator usage and bed requests. Since March 2020, some 65 of the hospitals in Oregon - approximately 90% of the state’s beds - used an early version of the app to help maximize the state’s major lifesaving resources, including ICUs, ventilators and negative pressure beds. The system was forged in the battle against the COVID-19 pandemic, with the Oregon Health Science University (OHSU), in Portland, leading the charge and wielding weapons like a digital command center, which GE Healthcare has implemented at hospitals globally to help optimize their operation. ![]() “We know where we have capacity, and we can also coordinate with other services that wrap around the care.” “The OCS gives us a bird’s-eye view of critical care,” says Anderson. This helped the system to identify the nearest ICU for the patient and alert the ambulance crew to pack several liters of their blood type in the helicopter’s fridges. The AI system, called the Oregon Capacity System (OCS), continually analyzes near-real-time information about critical care capacity in the state. The story might have ended differently were it not for an artificial intelligence-enhanced software application developed by GE Healthcare that helps match critically ill Oregonians with lifesaving resources across their state. ![]() “I get the chills when I think about it,” says Helene Anderson, regional director of capacity and throughput at Providence Health & Services, the healthcare system that dispatched the air ambulance. The air ambulance team has packed plentiful supplies of blood, allowing lifesaving treatment to begin in the cabin. A few minutes later, the patient is on board and arrowing toward the hospital, where an ICU and a team of medical personnel are ready. If the patient doesn’t receive blood and intensive care soon, the outcome could be dire.įortunately, it’s not long before an air ambulance hovers overhead. ![]() A patient is fighting a life-threatening situation and the paramedics at the scene are worried. ![]()
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