Imported from CaseMark/skills (skills/med/managing-traumatic-brain-injury-rehabilitation/SKILL.md). Install upstream with npx skills add CaseMark/skills --skill managing-traumatic-brain-injury-rehabilitation. Copyright stays with the author.

Managing Traumatic Brain Injury Rehabilitation

Structures TBI rehabilitation using the Rancho Los Amigos Levels of Cognitive Functioning (RLAS), Glasgow Coma Scale (GCS), post-traumatic amnesia (PTA) tracking, and cognitive rehabilitation protocols. Covers the continuum from acute inpatient through post-acute community reintegration, addressing motor, cognitive, behavioral, and psychosocial recovery.

Why This Skill Exists

TBI rehabilitation is the most variable and prolonged rehabilitation diagnosis. Recovery trajectories range from weeks (mild TBI/concussion) to years (severe TBI), and cognitive deficits — not motor impairments — are the primary determinants of functional outcome and return to work/school. The Rancho Los Amigos scale guides intervention selection and environment design at each cognitive recovery stage. Post-traumatic amnesia duration is the strongest predictor of long-term outcome. Documentation must track cognitive recovery serially, justify the level of supervision required, and demonstrate that interventions are matched to cognitive stage. Payers challenge TBI rehabilitation length of stay and post-acute program costs; robust documentation of ongoing cognitive gains and functional progress is essential for continued authorization. This skill ensures stage-appropriate, evidence-based TBI rehabilitation documentation.

Checkpoint A — Intake Verification

Before beginning TBI rehabilitation, confirm:

Required clinical questions:

• What is the injury mechanism and severity classification (mild, moderate, severe)?
• What was the initial GCS score and lowest GCS in the first 24 hours?
• What is the neuroimaging finding (CT/MRI: contusions, hemorrhage, DAI, edema)?
• What is the duration of loss of consciousness and current RLAS level?
• Is the patient still in post-traumatic amnesia (PTA)?
• Are there associated injuries (fractures, spinal injury, facial/ocular injuries, polytrauma)?

Required documents:

• Emergency department and neurosurgical records
• Neuroimaging reports (CT head, MRI brain if available)
• GCS documentation from scene, ED, and serial in acute care
• Current medication list (anticonvulsants, antispasmodics, neuromodulators, sedatives)
• Pre-injury history: occupation, education, substance use, psychiatric history, prior TBI
• Rehabilitation physician evaluation with current RLAS level assessment

Step 1 — Classify Injury Severity and Track Recovery Markers

TBI severity classification:

Post-traumatic amnesia (PTA) tracking:

• Galveston Orientation and Amnesia Test (GOAT): 10 items, score 0-100
  • ≥76: Normal (PTA resolved)
  • 66-75: Borderline
  • ≤65: PTA present
• Orientation Log (O-Log): 10 items, 0-30; ≥25 = oriented (PTA resolved)
• Administer daily until PTA resolves; document date of PTA resolution

PTA duration as prognostic indicator:

• <1 hour: Good recovery expected
• 1-24 hours: Good recovery likely with some residual deficits
• 1-7 days: Moderate disability likely
• 1-4 weeks: Severe disability likely

• 4 weeks: Very severe disability; prolonged rehabilitation required

Step 2 — Apply Rancho Los Amigos Levels of Cognitive Functioning

RLAS Levels and rehabilitation approach:

Assessment frequency: Document RLAS level at admission, weekly (minimum), and with any significant change.

Step 3 — Implement Stage-Appropriate Cognitive Rehabilitation

For RLAS IV (Confused-Agitated):

• Environmental management: private room, minimal stimulation, consistent staff, dim lighting, reduced noise
• Agitation documentation: Agitated Behavior Scale (ABS); 14 items, scored 1-4 each; total 14-56
  • 14-21: Absent
  • 22-28: Mild agitation
  • 29-35: Moderate agitation
  • ≥36: Severe agitation
• Redirect, do not argue or reason; provide simple choices (2 options maximum)
• Medication management: coordinate with physician for agitation management; document behavioral data to guide pharmacology
• Physical safety: fall prevention, elopement prevention, padded side rails; document least restrictive interventions

For RLAS V-VI (Confused):

• Orientation training: reality orientation board, consistent daily schedule posted, repetition of key information
• Memory compensation: memory notebook introduction, written schedule, checklist for daily tasks
• Attention training: structured activities with graded duration (start 5-10 min, progress); minimize distracters
• Errorless learning: guide correct performance rather than trial-and-error
• Simple problem-solving: guided daily tasks (meal selection, schedule planning)

For RLAS VII-VIII (Automatic to Purposeful):

• Executive function training: planning, initiation, self-monitoring, flexible thinking
• Community skills: money management, transportation navigation, meal preparation sequencing
• Social pragmatics: turn-taking, topic maintenance, reading social cues, emotional regulation
• Vocational readiness: work simulation, cognitive demands analysis, graduated return-to-work/school
• Metacognitive strategy training: self-assessment of performance, error recognition

For RLAS IX-X (Modified Independent):

• Compensatory strategy independence: verify consistent use of memory aids, planning tools
• Community integration: independent living skills assessment, driving evaluation referral
• Return-to-work/school reintegration: graduated schedule with accommodation support
• Long-term self-management: awareness of residual deficits and compensatory strategy use

Step 4 — Address Motor, Behavioral, and Psychosocial Recovery

Motor rehabilitation:

• Balance: Berg Balance Scale, vestibular screening (TBI-associated dizziness in 50-80%)
• Gait: Community ambulation with dual-task challenge (cognitive + gait)
• Coordination: Ataxia management for cerebellar involvement
• Spasticity: MAS assessment, splinting/positioning, botulinum toxin coordination

Behavioral management:

• Document behavioral incidents with antecedent-behavior-consequence (ABC) format
• Develop behavior support plan with positive reinforcement
• Coordinate with neuropsychology/behavioral psychology
• Document medication effects on behavior and cognition (avoid sedating medications when possible)

Psychosocial rehabilitation:

• Depression screening: PHQ-9 at admission and monthly (depression prevalence 25-50% post-TBI)
• PTSD screening: PCL-5 if trauma-related etiology (MVA, assault)
• Family education: TBI education about recovery trajectory, behavioral expectations, and family adjustment
• Substance use counseling: pre-injury substance use is a risk factor for TBI and a barrier to recovery
• Peer mentoring: connect with TBI support groups and survivors

Step 5 — Track Outcomes and Plan Discharge Across the Continuum

Outcome measures:

• FIM: Admission, weekly, discharge (motor and cognitive subscales separately)
• RLAS: Serial documentation showing progression
• DRS (Disability Rating Scale): 0-29; tracks disability from coma to community integration
  • 0: No disability
  • 1: Mild
  • 2-3: Partial
  • 4-6: Moderate
  • 7-11: Moderately severe
  • 12-16: Severe
  • 17-21: Extremely severe
  • 22-24: Vegetative state
  • 25-29: Extreme vegetative state
• GOS-E (Glasgow Outcome Scale-Extended): 1-8; captures long-term outcome categories
• MPAI-4 (Mayo-Portland Adaptability Inventory): Post-acute community participation measure

Discharge planning across the continuum:

• IRF discharge → post-acute residential brain injury program (RLAS V-VII with continued recovery potential)
• IRF discharge → day program (RLAS VII-VIII; independent for home safety with supervision)
• IRF discharge → outpatient therapy (RLAS VIII+ with community access)
• IRF discharge → home with family supervision (document specific supervision needs and safety plan)
• Document driving restriction status and return-to-drive plan
• Seizure prophylaxis status and duration (typically 7 days post-injury per guidelines; longer for specific indications)

Checkpoint B — Pre-Finalization Review

Before finalizing TBI rehabilitation documentation:

• TBI severity classified with GCS, LOC duration, and imaging findings
• PTA tracked daily with GOAT or O-Log until resolution
• RLAS level documented at admission, weekly, and with changes
• Cognitive rehabilitation matched to RLAS level
• Agitation managed and documented with ABS and behavioral data
• Motor, behavioral, and psychosocial assessments completed
• FIM tracked with motor and cognitive subscales separately
• DRS scored for disability classification
• Family education documented with specific topics covered
• Discharge plan identifies appropriate level on the TBI continuum

Quality Audit

• GCS documented accurately with eye, verbal, and motor subscores
• PTA resolution date documented with supporting GOAT/O-Log scores
• RLAS level justified with behavioral observations, not assigned without basis
• Cognitive rehabilitation interventions are stage-appropriate (not teaching metacognition at RLAS IV)
• Agitated Behavior Scale used for RLAS IV patients with serial tracking
• FIM cognitive subscale tracked separately from motor subscale
• DRS scored at admission, discharge, and follow-up
• Seizure precautions documented with anticonvulsant status
• All [VERIFY] flags resolved or escalated to physiatrist/neurologist
• Documentation meets IRF-PAI, CMS, and CARF TBI program standards

Guidelines

• TBI rehabilitation is on a continuum — IRF is one phase, not the entire recovery; document projected post-acute needs early
• PTA duration is the single strongest predictor of outcome — track daily and document resolution date precisely
• RLAS level guides everything: therapy approach, environment design, behavior management, and goal complexity
• Never provide complex cognitive tasks to patients in RLAS IV-V — it is ineffective and can increase agitation
• Agitation in RLAS IV is a normal recovery phase — pharmacological management should be minimized; behavioral/environmental strategies are first-line
• Medications that impair cognition (benzodiazepines, typical antipsychotics, anticholinergics) should be avoided when possible; document medication effects on cognition at each assessment
• Dual-task testing (walking while performing cognitive task) is more sensitive to community-level deficits than single-task assessment
• Return to driving requires comprehensive driving evaluation — TBI patients should not drive until medically cleared
• Return to contact sports after concussion/mild TBI must follow graduated return-to-play protocol with complete symptom resolution at each stage
• TBI recovery can continue for years post-injury, especially for cognitive and psychosocial domains — document ongoing recovery potential at discharge even when progress is slow