Imagine you have only three seats in a lifeboat, but a hundred people are drowning. Who do you save? A mother with a small child? A doctor who can save others later? Or simply the first three who manage to swim over? It’s the most terrible choice in the world. And in 1960 in Seattle ordinary people — not doctors, not scientists — were making exactly that choice every week. They decided who would live and who would die. And it changed medicine forever.
The miracle machine that created a horrible problem
In 1960 Dr. Belding Scribner of the University of Washington invented something incredible — the world’s first reusable dialysis machine. To understand why this mattered, you need to know what our kidneys do. They act like filters in an aquarium: they clean the blood of harmful substances and wastes. If the kidneys stop working, a person dies within weeks — their own blood becomes poison.
Before Dr. Scribner’s invention, there was no help for such patients. There were large dialysis machines, but they could be used only once or twice — after that the patient’s veins were damaged. Scribner devised a special tube (called the "Scribner shunt") that stayed in the patient’s arm permanently. Now a person could come in for dialysis three times a week, for years, and live a normal life!
It was a true miracle. But the miracle was too small. The University of Washington had only three dialysis machines. And there were more than a hundred dying patients with kidney failure in Seattle and the surrounding area. Doctors realized they could not save everyone. Someone had to be chosen. The rest would simply die, knowing the machine that could save them was being used by someone else.
Seven people who did not want to be gods
The doctors could not make that decision themselves. It was too terrible. What if a doctor chose a friend? Or a wealthy patient who could pay more? Or simply someone the doctor liked better? So the hospital came up with something that had never existed before in medicine: they formed a committee of ordinary people — not physicians — to make the decision.
Seven people joined the committee: a lawyer, a clergyman, a homemaker, a banker, a labor-union leader, a surgeon, and a government official. They met in a small room and read patient histories (without names, to be objective). Then they voted. Reporters called them the "God Committee" because they decided who would live.
Members later recalled how awful it was. One woman on the committee said, "I would go home and cry. Every time I knew my vote meant someone’s death." They tried to be fair, but how could they? They devised criteria: age (the young were favored), having children (parents received more points), work (someone deemed useful to society scored higher), and chances of treatment success.
But some criteria were unjust, even though committee members did not fully see it. For example, they awarded more points to people who attended church, had steady jobs, and "contributed to society." That meant the poor, the unemployed, or those who lived quietly and modestly had lower chances. A journalist wrote an angry piece: "The committee chooses not those who need help most, but those who most resemble the committee members — white middle-class people with jobs and families."
What changed since then (and why it matters today)
The story of the "God Committee" shocked the world. People began to argue: does anyone have the right to decide whose life is more valuable? Can you say a mother of three is more important than a solitary artist? Is a young engineer more valuable than an elderly gardener?
These debates gave birth to a new field — medical ethics. Rules about how physicians should act fairly. Because of the Seattle story, in 1972 the U.S. government decided dialysis should be available to everyone who needed it — free of charge. It was the first time a government guaranteed all citizens access to a specific treatment, regardless of age, wealth, or "usefulness to society."
But the problem of choice did not disappear. It moved to other areas. Today doctors face similar questions:
| Situation | The dilemma |
|---|---|
| Organ transplantation | One donor heart, but dozens on the transplant list |
| COVID-19 pandemic | Limited vaccine doses early on — who to vaccinate first? |
| Expensive drugs | A new cancer drug costs millions — should insurance cover it? |
| Disaster resuscitation | After an earthquake — many injured, few medical teams |
During the coronavirus pandemic, physicians in some countries again faced a "God Committee" choice: when ventilators were scarce, who should get them? But now clinicians had guidelines developed after the Seattle experience. The main rule: choose based on medical criteria (who has the best chance of survival), not social criteria (who is "more important" to society).
Why seven people from Seattle made the world better
The members of the "God Committee" did not want to make these decisions. They suffered. But their work taught the world an important lesson: when resources are insufficient for everyone, you need fair and transparent rules. You cannot allow one person or a small group to make secret decisions. Criteria must be discussed openly so people can say, "This is unfair!"
Today hospitals worldwide have ethics committees (descendants of that first Seattle committee), but their role has changed. They do not decide who is treated; they help create fair policies for everyone. They ensure the poor and the rich, the famous and the ordinary, have equal rights to care.
The story of the first dialysis machine at the University of Washington is not just about a medical invention. It is about how people learn to be fair, even when it is extremely hard. Seven people in Seattle did not want to be gods, but they were the first to try to answer: how do we divide hope when there isn’t enough for everyone? And though their answers were imperfect, the question changed medicine forever.
Every time today doctors somewhere in the world argue about fairly allocating vaccines or donor organs, they continue a conversation started in a small room in Seattle more than 60 years ago. And that is perhaps the greatest legacy of that first dialysis machine: it taught us not only to save lives, but also to think about how to do it justly.
