The Multimodal Concussion Exam Clinic Workflow: A High-Yield Guide for Busy Practices

A patient walks in three days after a head injury. They feel dizzy, foggy, and tired. You have fifteen minutes. Where do you start? Many clinicians feel stuck here. The concussion exam can feel huge, and a packed schedule makes it worse. This guide gives you a clear concussion exam clinic workflow you can run in one short visit. It is built on the Complete Concussions clinical model and on what the research actually supports.

Here is the key thing to understand. There is no single test that diagnoses a concussion. A concussion is a clinical diagnosis, which means you make it from the story, the signs, and the exam, not from a brain scan. That is why a smart, fast multimodal concussion assessment matters. “Multimodal” simply means you check several body systems in one pass instead of relying on one tool. This article walks you through that pass, system by system, and ends with a simple office concussion checklist you can use tomorrow.

Why does a concussion need a multimodal exam?

No single test can confirm or rule out a concussion on its own. The strongest evidence we have points the same way. A 2024 systematic review and meta-analysis by Dharnipragada and colleagues compared standard tools and found the SCAT (a structured sideline and clinic assessment) had the best overall diagnostic value, but no tool worked well enough alone [1]. Balance testing by itself was the weakest [1].

A second study makes the case even clearer. Corwin and colleagues studied 231 concussed and 166 non-concussed teens in 2023. They found that combining a few exam pieces, such as eye and balance testing, symptom load, and a timed reading task, beat any single test battery [2]. Each piece added something the others missed [2].

So the lesson is simple. Accuracy comes from combining systems, not from chasing one perfect test. At Complete Concussions we teach clinicians to chase the drivers, not the symptoms. The same symptom, like a headache, can come from the neck, the eyes, the balance system, or stress. A multimodal concussion assessment finds which system is actually driving the problem.

What are the seven domains in a high-yield concussion exam?

A high-yield exam checks seven systems that concussions commonly disrupt. Screening all seven keeps you from missing the real driver. The seven domains are:

• Cervical (the neck): every concussion involves whiplash-type force, so the neck is almost always involved.
• Vestibular (the inner-ear balance system): this system tells the brain where the head is in space.
• Ocular (the eyes and eye movements): how the eyes track, focus, and team up.
• Cognitive (thinking): memory, attention, and speed of thought.
• Mood (mental health): anxiety and low mood are common and treatable.
• Sleep: poor sleep slows recovery and worsens every other symptom.
• Exertional (exercise tolerance): how the body handles physical effort.

Three of these systems share one job. The neck, the eyes, and the inner ear all feed the brain information about balance. Together they form the core of a vestibular ocular cervical concussion exam, and they must be read together, not in isolation. The brain blends all three signals, so a problem in one can look like a problem in another.

How do you screen the eyes and inner ear quickly?

The fastest high-yield tool here is the VOMS, short for the Vestibular/Ocular Motor Screening. It is a short set of eye and head movements that provoke symptoms when the visual and balance systems are not working well. Think of it as a stress test for the eyes and inner ear.

The research supports a lean, VOMS-forward approach. In two 2022 studies of college athletes, Ferris and colleagues found that the VOMS total symptom score had strong diagnostic value, often stronger than baseline computer testing [3]. They also showed that a shorter four-item version of the VOMS worked almost as well as the full test [4]. That is good news for a busy clinic. A 2023 review by Thomas and colleagues found that an overall VOMS change of more than 7 points from baseline gave the best accuracy, and that the VOMS works best inside a wider exam [5].

Two cautions keep this honest. A 2022 review by Harris and colleagues found the adult sideline evidence for eye-movement tests is thinner than many assume [6]. And a 2024 scoping review by Walshe and colleagues found that the VOMS total score is more useful than any single part of it [7]. So use the total score, not one item.

For the pure eye exam, a 2022 clinical report from Master and colleagues gives a ready-made checklist: check sharpness of vision, eye alignment, smooth tracking, quick eye jumps, the reflex that steadies vision when the head moves, and the ability to focus on near objects [8]. The big idea: the VOMS is excellent at ruling a concussion out because a normal result usually means the visual and balance systems are fine. It is weaker at ruling one in, so never lean on it alone.

If you want one platform that runs and stores these screens, scores them against baseline, and builds the documentation for you, NeuroLogic consolidates baseline, post-injury, and remote monitoring into one workflow so testing is reliable and interpretation is built in.

Why you can’t skip the neck

The neck is the most overlooked driver in concussion care, and skipping it is a common, costly mistake. Every concussion includes a whiplash-type force, so the neck takes a hit even when the head does. Injured upper-neck structures can cause headache, dizziness, and even fog that look exactly like brain symptoms.

The evidence is clear that the neck matters. A 2021 systematic review by Cheever and colleagues found that neck symptoms are common after concussion, more so in people whose symptoms last, and that neck pain at the first visit predicted a longer recovery [9]. A 2023 study by Majcen Rosker and colleagues found that concussion patients showed neck-related balance and movement problems at the same level as patients with diagnosed neck disorders [10]. In plain terms, the neck of a concussion patient often behaves like an injured neck, so you should examine it like one.

A quick neck screen includes range of motion, tenderness over the joints, and a test of neck position sense, where the patient tries to return the head to a target with eyes closed. This takes two minutes and often explains symptoms that would otherwise look mysterious.

How do you test exercise tolerance after a concussion?

Exercise tolerance is tested with the Buffalo Concussion Treadmill Test, a graded walk or jog that slowly raises effort until symptoms rise or the patient maxes out. It tells you whether the autonomic system, the automatic controller of heart rate and blood flow, is recovering. After a concussion, cerebral blood flow is often dysregulated, meaning the brain’s blood supply is poorly controlled rather than simply low, and effort can expose that.

The evidence here is solid. A 2022 systematic review by Janssen and colleagues found strong support for the safety and validity of the Buffalo Concussion Treadmill Test, with moderate support for its value in predicting recovery [11]. A bike version exists but has far less evidence behind it [11]. Before any treadmill test, take orthostatic vitals first, meaning heart rate and blood pressure lying down and then standing, to catch blood-pressure problems early. A normal treadmill test makes major autonomic dysfunction unlikely.

Be careful not to overstate fancier tests. A 2022 study by Kochick and colleagues on a dynamic exertion test found only modest differences between cleared athletes and healthy controls, so the treadmill test remains the better-evidenced anchor [12]. The payoff of testing effort is treatment. A 2023 systematic review by Schneider and colleagues found that targeted, individualized rehab, including neck and balance therapy and sub-symptom exercise, beats one-size-fits-all rest [13]. That is exactly why a domain-based exam matters: it tells you which targeted treatment to start.

What about mood, sleep, and thinking?

Mood, sleep, and thinking are quick to screen and easy to miss, and ignoring them stalls recovery. A two-question mood screen for low mood and anxiety, a short question set about sleep quality, and a brief memory and attention check cover a lot of ground in a few minutes. These are not separate problems bolted onto a concussion. They are part of it.

The honest note here is that the evidence for brief in-office mood and sleep screens is thinner than for the eye, neck, and exercise tests. Most of the strength comes from treatment studies. A 2025 systematic review by Ethier-Gagnon and colleagues on returning to work after concussion found that psychological support, education, and early planning helped people recover and get back to their jobs [14]. So screen mood and sleep early, because they shape every other symptom and they respond well to care.

If you have been dizzy, foggy, or off for weeks without a clear explanation, this is exactly the kind of multi-system problem a Complete Concussions certified clinician is trained to sort out, system by system, with a targeted plan built around what is actually causing it.

How do you put it all together into one workflow?

A high-yield exam follows a clear order, from safety to systems to a plan. A simple office concussion checklist keeps you on track and stops you from missing a domain when the clock is running. Here is the concussion assessment workflow we teach:

1. Rule out the dangerous problems first. History plus a red-flag check for bleeding, fracture, or serious neck injury. Decide on imaging here, knowing a normal scan does not rule out a concussion.
2. Take a focused history. Mechanism of injury, symptoms, and risk factors for slow recovery.
3. Run the core screens. The neck, the eyes, the inner ear (your vestibular ocular cervical concussion exam), and balance.
4. Screen mood, sleep, and thinking. Quick, structured, and never skipped.
5. Test effort when ready. Orthostatic vitals, then the Buffalo Concussion Treadmill Test if appropriate.
6. Build the plan and document it. Match treatment to the driver you found. The last step is documentation, including any return to work note concussion patients need for their employer, with graded duties spelled out clearly.

These clinician concussion tools, the screens, the symptom scales, and the treadmill test, do double duty as concussion follow up tools. Repeating the same simple measures at each visit shows whether the patient is improving and which driver still needs work. Good concussion follow up tools turn a one-time exam into a track record you and the patient can see.

For clinics managing this at scale, running these screens, storing scores, comparing them to baseline, and generating documentation in one place is what NeuroLogic is built to do, so the workflow stays consistent across every provider and every visit.

The bottom line

A concussion is diagnosed from a smart, multi-system exam, not from one test or one scan. Run all seven domains in a clear order, use total scores rather than single items, never skip the neck, and let the exam point you to targeted treatment. That is the difference between guessing and managing.

This seven-domain workflow is the same system taught inside the Complete Concussions Training Program, a practical course that builds this exam and treatment pathway into your everyday practice without years of extra specialty training.

Common Questions

Can you diagnose a concussion with one test?

No. A concussion is a clinical diagnosis made from the injury story, the symptoms, and a multi-system exam. Research shows the SCAT has the best single-tool value, but no test is accurate enough on its own. Combining several systems gives the best accuracy.

How long should a concussion exam take in a busy clinic?

A focused multimodal exam can be done in a single visit of about fifteen to twenty minutes once you have a set order. Using short, validated screens like a four-item VOMS and a quick neck check keeps it efficient without losing accuracy.

What is a multimodal concussion assessment?

It is an exam that checks several body systems in one pass: the neck, the eyes, the inner-ear balance system, thinking, mood, sleep, and exercise tolerance. Because concussion symptoms can come from any of these systems, checking them together finds the real cause faster than any single test.

Do you need a brain scan to diagnose a concussion?

No. CT and MRI scans usually look normal after a concussion because the injury is one of brain function, not visible structure. Imaging is used to rule out dangerous problems like bleeding or fracture, not to confirm a concussion.

What is the Buffalo Concussion Treadmill Test?

It is a graded treadmill test that slowly increases effort until symptoms rise or the patient reaches their limit. It checks how well the automatic heart-rate and blood-flow system is recovering and helps guide safe, gradual return to exercise. Research supports it as a safe and valid tool.