“Everyone else runs codes without shaking”

The Rule Built from Watching OthersYou're in a code. The monitor shows VF. The senior resident calls rhythms like she's reading a menu. Her hands stay flat on the defibrillator pads. Her voice doesn't crack. You're compressions, and your palms are slick, and when you reach for the next round of epi, your fingers tremor against the vial. In the replay later, you convince yourself: everyone else manages the adrenaline. Everyone else is steady. The steadiness must be what makes them able to run the code. You are shaking, therefore something is wrong with your capacity.

Why Tremor Feels Like Proof of UnfitnessYour nervous system is doing exactly what it should in an emergency—flooding your body with adrenaline to move fast. The tremor is a side effect of that readiness, not a sign of its absence. But inside the code, you cannot distinguish between your hands shaking and your competence failing. The two feel fused. You don't see the senior resident's jaw clench or her steadied breath or the fact that she ran three codes last month and her body adapted. You only see the surface—her stillness—and invent the cause: she is unshakeable, I am not, therefore I do not belong in this room.

Testing Steadiness Against RealityAfter the code—not during the next one, but in a quiet moment—pull up a video of a code run by someone you respect. Watch their hands during compressions, during medication draws, during the first thirty seconds of the call. Notice what is actually visible: the speed of movement, the decision-making, whether the steps happen in the right order. Do not watch for tremor; watch for function. Note one thing they did that moved the code forward, tremor or none. This is not proof that shaking is fine. It is evidence that the two things you fused together—steadiness and capability—are separate.