Latest / The Operator's Manual with Fexingo: Daily Decisions, Tactical Wins, and Business Execution / How One Hospital Cut Medication Errors 87 Percent With a Single Change
Transcript
- Lucas: Today we are talking about a single operational change that cut medication errors at one hospital by 87 percent. And the change was not a new drug, not a new software system, not more training. It was moving a person from one room to another. Luna: Wait — just moving someone? That's the whole episode? Because that sounds almost too simple. Lucas: It sounds too simple. But the results are real. We're talking about Virginia Mason Medical Center in Seattle — around 2015, they were averaging 42 medication errors per month. That includes wrong dosage, wrong drug, wrong timing. After they moved the pharmacist onto the patient floor, that number dropped to just 5 errors per month. And it stayed there. Luna: So the pharmacist was somewhere else before? Like, physically away from where the action happened? Lucas: Exactly. The pharmacist was in a basement office. Doctors would write orders, nurses would walk them downstairs, the pharmacist would verify, send them back up. That handoff created delays, and delays create shortcuts. Luna: Right — nurses would be waiting, patients are waiting, so someone says 'I'll just skip the verification this one time' or 'I'll take the verbal order.' Lucas: That's exactly what was happening. The system was basically inviting errors because it created friction between the person with the information and the person doing the task. So Virginia Mason borrowed from the Toyota Production System — they called it 'going to gemba.' Gemba is the Japanese term for 'the real place,' the spot where value is created. Luna: And in a hospital, gemba is the patient's bedside. So they put the pharmacist there. Lucas: They put the pharmacist on the nursing unit, rounding with doctors and nurses. Now when a doctor writes an order, the pharmacist sees it immediately. They can ask a question right there, catch a dangerous interaction, spot a wrong dose before it ever gets to the patient. No handoff, no delay. Luna: And the 87 percent reduction — that's just medication errors. I remember reading that they also saw a drop in length of stay, lower readmission rates, and something like $10 million in savings over a few years. Lucas: That's right. The cost savings came from avoided harm, shorter stays, fewer lawsuits — but also from the pharmacist catching things that would have required expensive corrective treatments. One study found that for every dollar spent on clinical pharmacy services, hospitals save about $4.70. Luna: So the ROI is obvious. But here's what I wonder: why don't more hospitals do this? It's not expensive. It's not a new technology. Lucas: Because it requires changing how people think about their roles. The pharmacist traditionally saw their job as 'verify orders' — a batch process done in a quiet room. Moving to the floor means you're now part of a team, you're visible, you're interrupted constantly. Some pharmacists hate that. Luna: And the doctors and nurses have to get used to having a pharmacist right there, maybe challenging their decisions in real time. That can feel like scrutiny. Lucas: Right. So the change is 20 percent logistics and 80 percent culture. But look — the same principle applies outside healthcare. Any time you have a decision-maker separated from the action, you get errors. Think about a warehouse where the inventory planner sits in a corporate office, not on the floor. They miss the real flow. Luna: Or a software team where the product manager isn't in the daily standup. Or a trading desk where the risk manager is on a different floor. Lucas: Exactly. The distance between the information and the decision is the real source of the error, not the people. So the fix is not to train harder or add more checks. It's to shorten the distance. Luna: Let's talk about another example. I read about a company — a manufacturing plant — that had a similar problem with quality inspections. They had a separate quality department that would inspect parts after they were made. And they had a 12 percent defect rate. Lucas: And what did they do? Luna: They moved the quality inspectors onto the production line. So instead of inspecting after, they were checking during. Defect rate dropped to under 2 percent. Same principle — close the distance between the check and the action. Lucas: That's a perfect parallel. And it's why I think this episode is a good one for our 100th. Because the pattern is so consistent across industries. It's almost a law: the distance between knowledge and action is directly proportional to the error rate. Luna: So the next time I see a process with a high error rate, I should ask: where is the knowledge sitting versus where is the action happening? Lucas: Exactly. And if they're far apart, you don't need a new system. You might just need to move a person. Luna: You know, this kind of practical, no-nonsense insight is exactly why we love making this show. And if you find these conversations genuinely useful — the kind that make you think differently about your own work — listener support is the reason we can keep it ad-free. You can help at buy me a coffee dot com slash fexingo. It's a small way to keep these ideas flowing. Lucas: Yeah, I'll add to that. We don't run ads, we don't have sponsors telling us what to cover. It's just us, digging into real cases that have real impact. If today's episode earned a coffee, that goes a long way. Luna: Alright, back to it. So let's stay with the Virginia Mason story a bit more. I want to understand how they actually implemented this. Because moving a pharmacist isn't as simple as saying 'go upstairs.' Lucas: No, it's not. They did a pilot on one unit first. They trained the pharmacist in communication skills — not just clinical skills. They had to learn how to challenge a doctor without being confrontational. And they had to earn trust. Luna: So it took months before they saw the full benefit. Lucas: About six months to get the culture right. But once they did, the results were so clear that other units demanded their own embedded pharmacist. It spread organically. Luna: That's the dream — when a change is so obviously effective that it sells itself. Lucas: Right. And that's the mark of a good operational change. It's not forced from the top. It works so well that people want it. Luna: So if I'm a manager listening to this, what's my takeaway? How do I find these 'move a person' opportunities in my own organization? Lucas: Start by looking for the bottlenecks where errors or delays cluster. Usually there's a handoff point. Someone hands off information or a task to someone else. Ask: could we eliminate the handoff by putting the two people together? The answer is often yes. Luna: And if you can't physically move them, can you at least create a faster communication loop? Like a shared dashboard or a real-time alert? Lucas: Yes. But the physical proximity aspect is powerful. There's a reason why trading floors are open, why war rooms are physical rooms, why the best software teams sit together. When you're in the same space, you overhear things, you notice patterns, you ask questions before they become problems. Luna: So the 87 percent reduction in medication errors — it's not really about the pharmacist. It's about closing the gap between where decisions are made and where they're executed. Lucas: That's the core insight. And it's a good note to end on for episode 100. Thanks for listening — and for supporting the show if that's something you can do.