You're at a youth soccer game. A kid goes up for a header, comes down wrong, and lies still for a beat too long. The coach jogs over. The parents hold their breath. Someone yells, "Do a concussion test!
Here's the thing — most people have no idea what that actually means.
They think it's one thing. Some happen on the sideline. A series of checks. In practice, pass or fail. But concussion assessment doesn't work like that. A single test. It's a process. Some happen in a quiet room twenty minutes later. Some happen days after, when the headache won't quit and the lights feel too bright But it adds up..
If you've ever wondered what a real concussion test looks like — or needed to administer one — this is the guide I wish existed when I first started coaching Which is the point..
What Is a Concussion Test
A concussion test isn't a single tool. Also, it's a clinical evaluation built from multiple components: symptom reporting, cognitive screening, balance assessment, and sometimes neurocognitive testing. The goal isn't to "diagnose" on the spot — only a qualified healthcare provider can do that. The goal is to identify red flags, track changes over time, and make a safe return-to-play decision Most people skip this — try not to..
Think of it like a puzzle. Each piece gives you information. No single piece tells the whole story.
The Two Main Contexts
You'll encounter concussion testing in two very different settings:
Sideline / immediate assessment — This happens minutes after impact. Think SCAT6 (Sport Concussion Assessment Tool), Child SCAT6 for kids 12 and under, or the older SCAT5 still floating around some leagues. These are standardized, evidence-based tools used by athletic trainers, team physicians, and trained coaches That's the whole idea..
Clinical / follow-up assessment — This happens in a medical office, often 24–72 hours post-injury. It includes a deeper neurological exam, vestibular-ocular screening, cervical spine check, and often computerized neurocognitive testing like ImPACT, CNS Vital Signs, or Creyos (formerly Cambridge Brain Sciences) Worth keeping that in mind..
Both matter. Neither replaces the other.
Why It Matters — And Why Most People Get It Wrong
Concussion is a functional injury, not a structural one. Because of that, standard imaging — CT, MRI — almost always looks normal. That's why "clear scans" don't mean "clear to play Simple as that..
The danger isn't usually the first hit. It's the second one before the brain has recovered. And second impact syndrome is rare but catastrophic. More commonly, returning too early just prolongs recovery from days to weeks or months.
I've seen athletes "pass" a sideline test because they memorized the word list during baseline testing. So i've seen kids hide symptoms because they don't want to miss the championship. I've seen parents pressure coaches to clear their kid because "he seems fine.
That's why standardized testing exists — to remove subjectivity where possible. But it only works if you actually follow the protocol.
How a Sideline Concussion Test Works (Step by Step)
Most organized sports use some version of the SCAT6. Here's what actually happens, in order.
1. Red Flags — The "Call 911" Check
Before anything else, you screen for emergency signs. If any of these are present, you don't continue testing. You activate EMS.
- Loss of consciousness (even briefly)
- Seizure or convulsions
- Deteriorating consciousness (getting drowsier, harder to wake)
- Repeated vomiting
- Severe or worsening headache
- Neck pain or tenderness
- Double vision
- Weakness, tingling, or burning in arms or legs
- Increasing confusion, agitation, or combativeness
- Unequal pupil size
This takes 30 seconds. Memorize it. Post it on your clipboard.
2. Observable Signs — What You See
You're watching the athlete from the moment they go down. The SCAT6 lists specific observable clues:
- Lying motionless
- Slow to get up
- Disorientation / confusion
- Blank or vacant stare
- Balance problems, stumbling, falling
- Facial injury (suggests force transmission to brain)
- Clutching head
These aren't scored. But they're documented. They matter for the clinical picture later.
3. Memory Assessment — Maddocks Questions
Five orientation questions. Modified for sport. The athlete must answer all correctly:
- What venue are we at today?
- Which half is it?
- Who scored last?
- Which team did we play last week?
- Did we win last week?
For non-sport settings, you'd use time/place/person orientation. But the principle is the same: immediate memory under mild stress Easy to understand, harder to ignore..
4. Glasgow Coma Scale (GCS)
Standard 15-point neurological scale. Most concussed athletes score 15. Eye opening (4), verbal response (5), motor response (6). A score below 15 warrants urgent medical evaluation.
5. Cervical Spine Assessment
You must rule out neck injury before moving the athlete. Think about it: palpate for tenderness. Day to day, check range of motion only if no midline tenderness, no neurological deficits, and the athlete is alert and cooperative. If in doubt — immobilize and transport.
6. Symptom Evaluation — The 22-Item Checklist
This is the heart of the subjective assessment. The athlete rates 22 symptoms on a 0–6 scale (0 = none, 6 = severe). Categories:
Physical: Headache, pressure in head, neck pain, nausea, dizziness, blurred vision, balance problems, sensitivity to light, sensitivity to noise, fatigue, drowsiness, "don't feel right"
Cognitive: Feeling slowed down, feeling like "in a fog," difficulty concentrating, difficulty remembering
Emotional: More emotional, irritability, sadness, nervous/anxious
Sleep: Trouble falling asleep, sleeping more than usual, sleeping less than usual (ask about last night)
Key point: The athlete fills this out themselves. Not the coach. Not the parent. The athlete. In a quiet space. Without coaching Nothing fancy..
7. Cognitive Screening — Standardized Assessment of Concussion (SAC)
Five components, takes 3–5 minutes:
Immediate memory — Three word lists (5 words each). Athlete recalls each list immediately after hearing it. Three trials. Max 15 points.
Concentration — Digits backward (3–6 digits). Months in reverse order. Max 5 points.
Delayed recall — After the balance testing (5+ minutes later), athlete recalls the 5-word list from Trial 3. Max 5 points.
Total SAC score: 30 points. A drop from baseline — or a score below normative data — is concerning. But never use SAC alone to clear or diagnose.
8. Neurological Screen
Quick cranial nerve check. Pupils equal and reactive. Extraocular movements full. Finger-to-nose coordination. Tandem gait (heel-to-toe walking). This catches gross deficits that might indicate something more serious That's the part that actually makes a difference..
9. Balance Examination — Modified BESS
Three stances on firm surface, then foam (if available). Each held 20 seconds. Hands on hips, eyes closed.
- Double-leg stance
- Single-leg stance (non-dominant leg)
- Tandem stance (non-dominant foot behind)
Count errors: lifting hands, opening eyes, stepping/stumbling, hip flexion >30°, lifting forefoot/heel, remaining out of position >5 seconds. Max 10 errors per stance.
Total errors across three stances = BESS score. Higher = worse.
Pro tip: Do this before the delayed recall. The 5-minute gap serves as the interference period for memory testing.
10. Delayed Recall
10. Delayed Recall – The Memory Test
After the balance assessment is completed, the clinician asks the athlete to repeat the same five‑word list that was presented during the SAC immediate‑memory phase. A score of 0–2 is considered abnormal in the acute setting, especially if it represents a decline from the athlete’s baseline. The athlete is given up to three attempts, and the clinician records the number of words correctly recalled. Because memory is the most sensitive indicator of concussion, even a modest drop warrants further observation and a conservative management plan.
11. Symptom Re‑Evaluation (Post‑Testing)
Within 15–30 minutes after the initial battery, the athlete repeats the 22‑item symptom checklist. Comparing the pre‑ and post‑testing scores helps the clinician gauge whether symptoms are persisting, worsening, or resolving. A ≥ 2‑point increase in any domain, or the emergence of new symptoms, signals that the concussion may be more severe and that a longer period of rest is required Less friction, more output..
12. Discharge Instructions & Home‑Care Plan
- Physical Rest – No sports, heavy lifting, or vigorous exercise for at least 24–48 hours, or until symptom‑free at rest.
- Cognitive Rest – Limit screen time, video games, and any mentally taxing tasks (e.g., homework, texting) for the first 24 hours. Gradual re‑introduction is guided by symptom response.
- Sleep Hygiene – Maintain a regular sleep schedule; avoid caffeine or stimulants after evening. If sleep disturbances persist, a brief, scheduled nap (≤ 30 minutes) may be permitted.
- Hydration & Nutrition – Encourage adequate fluid intake and balanced meals; avoid alcohol and sedating medications.
- When to Seek Immediate Care – Worsening headache, repeated vomiting, seizures, inability to awaken, increasing confusion, or any new neurological deficits require emergency evaluation.
A written hand‑out summarizing these points is provided to the athlete (and, when appropriate, to parents or guardians). The document also includes a clear timeline for follow‑up The details matter here..
13. Follow‑Up & Baseline Re‑Establishment
- 24‑Hour Check‑In – A phone or tele‑visit with the athletic trainer or physician assesses symptom trends. If the athlete remains asymptomatic at rest and during light aerobic activity (e.g., walking, stationary cycling), progression to the next stage of Return‑to‑Play (RTP) can begin.
- Baseline Re‑Testing – If the concussion was diagnosed during the season, a new baseline should be obtained once the athlete is fully recovered (typically 7–10 days after symptom resolution) to ensure future comparisons remain valid.
- Documentation – All scores, observations, and clinical decisions are entered into the electronic medical record (EMR) and, where required by school policy, into the athlete’s concussion management file. This creates a legal and clinical trail that supports continuity of care and liability protection.
14. Return‑to‑Play (RTP) Protocol
The RTP pathway is a stepwise, symptom‑guided process that typically spans 5–7 days if no complications arise:
| Step | Activity | Criteria to Advance |
|---|---|---|
| 1 | Light aerobic exercise (e.g., stationary bike, walking) | No symptom exacerbation |
| 2 | Sport‑specific drills (no contact) | No symptom exacerbation |
| 3 | Non‑contact training drills | No symptom exacerbation |
| 4 | Full‑contact practice (if sport permits) | No symptom exacerbation |
| 5 | Competitive play | Physician clearance and physician‑signed RTP form |
Each step must be completed without recurrence of symptoms. If symptoms reappear, the athlete drops back to the previous asymptomatic stage and restarts the progression Not complicated — just consistent..
15. Return‑to‑Learn (RTL) Considerations
Academic accommodations are equally critical:
- Extended Time on assignments and exams.
- Reduced Workload – Allowing breaks during long study sessions.
- Modified Attendance – Permitting occasional absences for medical appointments.
- Environmental Adjustments – Minimizing bright lights or loud noises in the classroom.
School nurses, teachers, and counselors should be briefed on the athlete’s concussion status and the recommended accommodations. A collaborative plan ensures that cognitive recovery is supported as rigorously as physical recovery Most people skip this — try not to. That alone is useful..
16. Monitoring for Complications
Although most concussions resolve within 7–10 days, a small subset experiences persistent symptoms (post‑concussive syndrome) or develops second‑impact syndrome (a rare but catastrophic event). Red flags that merit urgent medical attention include:
- Worsening or persistent headache
- Recurrent vomiting or nausea
- Seizures or convulsions
- Unequal pupil size or abnormal eye movements
17. Immediate Medical Intervention for Red Flags
When red flags emerge, immediate action is critical. Athletes exhibiting signs such as severe headaches, vomiting, or neurological deficits must be transported to an emergency department or urgent care facility without delay. Healthcare providers will likely order advanced imaging (e.g., CT or MRI) to rule out structural injuries like subdural hematomas or brain edema. Prompt intervention is essential to prevent irreversible harm, particularly in cases of suspected second-impact syndrome, where a second concussion occurs before the first has fully healed. Athletes should never be "walked down" or given home remedies for these symptoms; instead, they require urgent, specialized evaluation.
18. Long-Term Follow-Up and Specialist Referral
For athletes who fail to improve within 10–14 days post-injury, or who experience recurring symptoms despite adherence to the RTP/RTL protocols, referral to a concussion specialist or neurologist is warranted. Persistent post-concussive syndrome may necessitate targeted therapies such as:
- Vestibular or oculomotor rehabilitation for balance and visual processing issues.
- Cognitive behavioral therapy to address anxiety or depression linked to prolonged recovery.
- Medication management for chronic headaches or sleep disturbances.
In pediatric populations, developmental and academic impacts should be monitored closely, as concussions may affect learning readiness and emotional regulation. Schools should collaborate with medical professionals to adjust educational plans until full recovery is achieved.
Conclusion
The management of sport-related concussions demands a meticulously structured, multidisciplinary approach that prioritizes safety without compromising long-term athletic goals. From initial assessment and symptom monitoring to the graduated steps of RTP and RTL, every phase must be guided by evidence-based protocols and vigilant oversight. By integrating medical expertise, educational accommodations, and open communication among athletes, families, and institutions, we can mitigate risks, shorten recovery timelines, and make sure young athletes return to their activities stronger—and safer—than before. The bottom line: the responsibility to protect brain health transcends the field of play; it is a shared commitment to safeguarding the future of every participant Took long enough..
