Health care and the airline industry have a lot in common

There are many apt comparisons to be made between aviation and health care. As a (lapsed) instrument-rated pilot, I may have some insight about the system in which planes function on a daily basis in the United States. It is truly an impressive system which is (to paraphrase Don Berwick) well-designed to achieve the safety results that it does. However, the kind of statement that some health care safety leaders make in which they compare the raw mortality rates of acute hospital care and airline fatal accident rates is not so apt.

Let me see if I can explain why.

First, just to be clear, I have no illusions that we have a long way to go in optimizing the safety of medical care. I am a vocal advocate for transparent safety culture and adequate resource allocation for patient, staff and family safety. But we don’t do anyone any favors by sensationalizing and mischaracterizing where the problems are.

First, remember that in these aviation/medicine metaphors, airplanes are patients and “flying” is providing medical care. The thing is that the commercial aircraft that fly every day are required to regularly demonstrate that the performance of their critical systems meets or exceeds strict standards. If a radio, compressor blade, hydraulic line or pressurization fan is not operating within a very narrow performance range, the plane does not fly. With our fellow humans, we do not have this luxury. We don’t have too many replacement parts — and they have their own problems. When we admit a 72-year-old with heart failure, COPD and CRD we must do our best to keep them “flying” despite multiple marginally functioning critical systems.

Imagine flying a plane in which engine power is only 50 percent of normal and control services do not respond to input from the pilot reliably and where the radio is not always capable of receiving ground communications that are understandable to the pilots and crew. Also, the fuel tank is leaking. But you have to fly it no matter how many systems are semi or non-functional. At this point, you can’t simply follow the “standard procedures,” all of these accumulated problems make this plane a unique, untested system.

At some point, in the process of trying to improvise to keep this plane in the air, you may do something that results in an accident. However, it was really, “an accident waiting to happen.” It’s almost unavoidable for the brave souls who were trying their best to keep the plane flying. This is what taking care of someone with critical illnesses is like. It is not like flying a 737 that has had each and every critical system brought to six-sigma levels of performance before it is allowed out of the hanger.

I don’t have access to the primary data that drives estimates of hospital mortality from adverse events. But if you reviewed the charts, how many of the “medical errors” occurred in very sick patients with multiple system disease? Massive trauma? A pain medicine overdose in a healthy 37-year-old in the hospital for a hysterectomy is not the same as a pain medicine overdose in a 78-year-old with CAD and multiple myeloma who is admitted with a hip fracture. We should continue to learn whatever we can from the praiseworthy culture of safety and performance of our airplanes and pilots. But let’s not take the metaphor where it doesn’t fit, and let’s not assume that every very sick person who dies in a hospital from an adverse event is an example of a truly preventable death rather than dedicated clinicians trying their best to keep someone alive and eventually failing.

Abraham Morse is an obstetrician-gynecologist.

Image credit: Shutterstock.com

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