Today's essay names the trap: “the model will wave through the potassium of 7.2 and you'll be the one who let it.” At 2 AM your imagination renders that as a death, fully lit. Here is the closest thing to a real ledger — 200 drugs in the FDA's adverse-event system, each plotted by how many serious reports it carries and how often a report actually ends in death. Anxiety renders 100%. Look where the data actually sits.
Built on today's essay: “The Same Muscle” (clinicians.build, Jul 12 2026)
Data: FDA Adverse Event Reporting System (FAERS), 2026 Q1 intake extract · primary-suspect drugs · queried in MIMI Labs
The imagination that lets you see the tool nobody built yet is the same one that watches it fail before you write a line. It is a real faculty — but pointed at nothing, it manufactures the catastrophe at full resolution. Each dot below is one real drug. Its total serious reports run left→right (log scale); the share of those reports that ended in death runs bottom→top; dot size is report volume. This is what “the object” looks like — the thing caution actually grips.
Two things inflate a death share, and neither is the drug being a monster. First, thin samples: a few hundred passive reports are not a rate. Second, who reports and why: the highest-death drugs here are often the most familiar ones — acetaminophen (44% of serious-coded reports include death), metformin (29%), oxycodone (41%). Not because those figures measure lethality, but because these drugs show up in overdoses, end-of-life care, and the sickest patients. The number is a mirror of reporting context, not the molecule.
Note on the data: death share = serious-coded FAERS cases naming the drug as primary suspect with a Death outcome, over all serious-coded primary-suspect cases for that drug in the 2026 Q1 intake extract. A single active ingredient can span brand and biosimilar names; case-to-drug attribution can name more than one primary-suspect ingredient per case. Illustrative of distribution and reporting bias, not a clinical risk estimate.