McKelvey School of Engineering School of Medicine

Washington People: Michael S. Avidan

Michael Avidan, MBBCh, reviews patient data in the Anesthesiology Control Tower with Andreas S. Kokoefer, MD, an instructor in anesthesiology. Avidan and his team can monitor what is happening in every operating room at Barnes-Jewish Hospital.

Anesthesiologist works to improve outcomes for patients during and after surgery

From the WashU Newsroom

Michael Avidan and his colleagues sit in a windowless room in front of a panel of screens tapped into every operating room at Barnes-Jewish Hospital.

It’s conceptually similar to an air traffic control tower, except they aren’t tracking airplanes. Relying on customized software, the screens provide synthesized data about patients, keeping track of issues such as heart disease, diabetes and emphysema, as well as rapidly changing physiological measurements including blood pressure, heart rate, temperature, the brain’s electrical activity and other vital signs that anesthesiologists monitor during surgeries. Avidan and the others closely watch the data as part of a study examining whether such oversight can help provide better outcomes for patients.

Avidan, an anesthesiologist at Washington University School of Medicine in St. Louis, zeroes in on one of the patients. “We can see where there potentially could be issues here,” said Avidan, MBBCh, the Dr. Seymour and Rose T. Brown Professor of Anesthesiology. “Based on everything we know about this patient, and concerning data that’s streaming live from the operating room, I worry about this patient’s risk for developing renal failure.”

Each day, a team of anesthesiologists, anesthesiology residents, and nurse and student-nurse anesthetists work together in the so-called Anesthesiology Control Tower to identify potential risks to patients and consider what measures might be taken to optimize those patients’ perioperative outcomes. As part of the study, they communicate with the clinicians in half of the operating rooms every day, making suggestions when deemed helpful.

For the other half of the operating rooms, control tower clinicians monitor what’s happening and note potential problems in a computer log. But they don’t intervene unless there is a threat to patient safety and well-being. The study, called ACTFAST, also includes other researchers from the Department of Anesthesiology and from the Department of Surgery.

“Ultimately, we want to know if the Anesthesiology Control Tower complements the care provided by clinicians on the ground,” Avidan explained. “Our overarching goal is to enhance the quality of perioperative care and to contribute meaningfully to patient safety and outcomes.”

Another important goal of the project is to develop computer algorithms that may be able to identify patterns suggesting that patients are at risk for specific complications — such as heart attack, respiratory failure or death. Such forecasting algorithms could assist physicians in the control tower as they monitor operations. That aspect of the ACTFAST study involves colleagues from the Department of Computer Science & Engineering, as well as anesthesiology.

  Read more at the Source.