What should be addressed and examined at a concussion follow-up appointment?

Concussion Follow-Up Management

At a concussion follow-up appointment, systematically assess symptom burden across all domains (physical, cognitive, emotional, vestibular), perform a targeted physical examination including orthostatic vitals, cranial nerves, oculomotor, cervical spine, and vestibular testing, and initiate specific interventions based on identified deficits rather than generic rest advice 1.

Core Assessment Components

Symptom Assessment

• Document total symptom burden using standardized tools (SCAT6 or SCOAT6 for office visits) 2
• Screen specifically for:
  • Memory problems - the most robust predictor of prolonged recovery and should trigger closer monitoring 3
  • Vestibular symptoms (dizziness, balance problems)
  • Cervical pain or neck dysfunction
  • Emotional/behavioral changes
  • Sleep disturbances
  • Cognitive difficulties affecting school/work

Critical pitfall: Self-reported memory problems at 24-48 hours post-injury are more predictive of prolonged symptoms than loss of consciousness or injury mechanism 3. Don't be falsely reassured by absence of LOC.

Physical Examination (Buffalo Concussion Physical Examination)

Perform this targeted exam at initial visit and every 1-2 weeks 1:

• Orthostatic vital signs - measure supine and standing heart rate/blood pressure
• Cranial nerve examination - focus on visual fields, pupillary response, extraocular movements
• Oculomotor/ophthalmologic testing - assess smooth pursuits, saccades, convergence, near-point convergence distance
• Cervical spine examination - palpate for tenderness, assess range of motion, test for cervicogenic contribution
• Vestibular examination - perform Dix-Hallpike, head thrust test, dynamic visual acuity, balance testing

Supplementary Testing When Indicated

• Exercise tolerance testing - if exercise intolerance suspected
• Neurocognitive testing (ImPACT or similar) - particularly valuable when collected within 48 hours as higher Severity Index scores predict longer recovery 4

Intervention Algorithm Based on Findings

Early Phase (Within First 4 Weeks)

Provide systematic education and advice to ALL patients 5:

• Explain expected symptom trajectory and recovery timeline
• Discuss symptom management strategies
• Address return-to-learn and return-to-activity progression
• Provide written materials reinforcing verbal education

This reduces memory problems, work/leisure impact, and overall symptom burden 5.

Targeted Interventions for Persistent Symptoms

If vestibular dysfunction identified (dizziness, balance problems, abnormal vestibular exam):

• Initiate vestibular rehabilitation - including habituation exercises, adaptation exercises, balance training, minimum 1x/week for 4 weeks 5

If cervical dysfunction identified (neck pain, restricted ROM, cervical tenderness):

• Refer for manual therapy - mobilization/manipulation of cervical spine and thoracic spine by physiotherapist or chiropractor 5

If exercise intolerance or general deconditioning:

• Prescribe graded aerobic exercise - progressive increase in intensity, starting sub-symptom threshold, minimum 1x/week for 4 weeks 5
• This improves overall symptom burden, physical functioning, emotional symptoms, and quality of life 5

If emotional/behavioral symptoms prominent:

• Consider psychological treatment - cognitive behavioral approaches 5

If multiple domains affected:

• Coordinate interdisciplinary rehabilitation involving multiple specialists 5

Return-to-Activity Clearance Criteria

Before initiating return-to-play protocol, confirm 1:

• Symptoms returned to baseline
• Physical examination normalized (all components)
• Cognition returned to baseline
• Any supplementary testing (neurocognitive, exercise tolerance) normalized

Academic/Work Accommodations

Proactively address academic/work needs 6, 7:

• Children with persistent symptoms miss significantly more school (3 vs 1.5 days) but don't automatically receive accommodations 7
• Follow-up visits are associated with 2.2x higher likelihood of receiving needed academic support 7
• Document specific cognitive limitations to facilitate accommodation requests

Risk Stratification

Higher risk for persistent symptoms (requiring closer follow-up):

• Self-reported memory problems at initial assessment 3
• Pre-injury social difficulties 8
• Acute stress reaction to the injury 8
• Higher initial symptom burden or Severity Index 4

Counterintuitive finding: Fewer symptoms at 24 hours may paradoxically predict MORE symptoms at 4 months, possibly reflecting delayed recognition or reporting 8.

Follow-Up Timing

• Initial follow-up: Within 1 week of injury
• Subsequent visits: Every 1-2 weeks until symptom resolution and examination normalization 1
• Earlier/more frequent for high-risk patients identified above

The evidence supporting these interventions is generally low to very low certainty 5, but the interventions show consistent benefit without serious adverse events and align with patient preferences for active management over passive rest.