November 4, 2026

The Mistake I See in Busy Neurology Departments (and What I Do Instead)

By Eleanor Adams MD

Medical professional examines MRI brain scans on a tablet, indicating modern healthcare technology.
Photo by Vitaly Gariev on Pexels

The Pattern I Keep Noticing

When a neurological service starts running behind, the first instinct is almost always the same: add something. Add a test, add a specialist referral, add another round of imaging. I understand the instinct. When a patient's workup feels incomplete, more data feels like the safe choice.

But after years of running a neurology department, I have come to believe this instinct is often wrong. The real problem usually is not a missing test. It is a missing conversation.

Where the Time Actually Goes

If you track where delays happen in a stroke workup or an outpatient neurology case, they rarely happen inside the exam room. They happen between departments. A result sits in a queue because nobody flagged it as urgent. A consult note gets written but the referring physician never sees it before the patient's follow-up. An EEG gets ordered a second time because the first one was never clearly communicated as normal.

None of that is a clinical failure. It is a handoff failure. And handoff failures do not get fixed by ordering more tests. They get fixed by fixing the handoff.

The Mistake, Named Plainly

The mistake I watch people make, including capable, well-trained clinicians, is treating every delay as a knowledge gap. They assume that if the picture is unclear, the answer is to gather more information. Sometimes that is true. Often it is not.

What is actually unclear is not the patient's condition. It is who is responsible for the next step, and by when.

I have sat in case reviews where a patient had three separate imaging studies, each ordered by a different provider who did not know the others existed. The patient was not undertested. The patient was under-coordinated. Three studies did not get her closer to a diagnosis any faster than one would have, properly reviewed and acted on.

What I Do Instead

When I see a case stall, I ask a different first question. Not "what test are we missing," but "who last had this, and what did they decide to do with it." Almost every time, the answer points to a gap in ownership rather than a gap in data.

So instead of adding a test, I add a checkpoint. A clear point in the process where someone is responsible for reviewing what has come back and deciding the next move, out loud, on the record. That sounds almost too simple to matter. In practice, it changes outcomes more than another scan does.

A Habit Worth Borrowing

One thing I ask residents and younger physicians to do is narrate their reasoning when they hand a case off, even briefly. Not just "EEG was normal," but "EEG was normal, which changes my thinking about seizure versus syncope, and here is what I want checked next." It takes thirty extra seconds. It saves hours of a colleague trying to reconstruct what you were thinking.

I learned this the hard way early in my career, watching a straightforward case take four extra days because two physicians who each had half the picture never actually spoke to each other. The data existed. The connection between the people holding it did not.

Why This Matters More as Teams Grow

A small practice can get away with loose handoffs because everyone already talks to everyone. A larger neurological service cannot. As a department grows, the distance between the person who orders a test and the person who acts on it grows too. That distance is where delays live.

So when someone on my team proposes a solution to a bottleneck, I ask them to check their own assumption first. Are we actually missing information, or are we missing a clear owner for the information we already have? The two problems look identical from a distance. They are not solved the same way.

The Simple Version

If a case feels stuck, resist the urge to order your way out of it. Look first at who is holding the result, and whether they know what to do with it next. Most of the time, that is where the delay actually lives, and it is a far cheaper fix than it first appears.

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