| name | managing-pediatric-rehabilitation |
| description | Adapts rehabilitation assessment and intervention for pediatric developmental needs with family-centered approaches. Use when providing pediatric rehab, addressing developmental delays, or managing childhood rehabilitation. |
| tags | ["management","rehabilitation-medicine"] |
| metadata | {"author":"casemark","practice_areas":["Physical Therapy","Occupational Therapy","Rehabilitation Medicine"],"document_types":["Management Report"],"skill_modes":["Management","Coordination"]} |
Managing Pediatric Rehabilitation
Adapts rehabilitation assessment and intervention for pediatric populations using developmental frameworks, family-centered care models, and age-appropriate standardized measures including the GMFM, PEDI-CAT, WeeFIM, Bayley-III, and GMFCS classification. Addresses cerebral palsy, developmental delay, congenital conditions, pediatric TBI, and musculoskeletal disorders.
Why This Skill Exists
Pediatric rehabilitation differs fundamentally from adult practice: children are not small adults. Developmental stage, skeletal immaturity, growth potential, and the family as the unit of care all demand specialized assessment and intervention approaches. Documentation must reference age-appropriate norms, developmental milestones, and family goals rather than adult functional benchmarks. School-based services under IDEA (Individuals with Disabilities Education Act) have different documentation requirements than medical model therapy. Payers require evidence that therapy addresses a medical condition causing developmental delay or functional limitation, not simply developmental variation within normal range. This skill ensures developmentally appropriate, family-centered, and defensible pediatric rehabilitation documentation.
Checkpoint A — Intake Verification
Before beginning pediatric rehabilitation, confirm:
Required clinical questions:
- What is the child's age (chronological and corrected gestational age if premature)?
- What is the diagnosis (cerebral palsy, Down syndrome, developmental delay, pediatric TBI, congenital anomaly)?
- What developmental milestones has the child achieved and which are delayed?
- What is the family's primary concern and functional goal for the child?
- What educational setting does the child attend (early intervention, preschool, school-age) and are school-based services in place?
- Are there medical complexities (seizures, feeding difficulties, respiratory support, orthopedic hardware)?
Required documents:
- Physician referral with diagnosis and ICD-10 codes
- Birth history (gestational age, birth weight, NICU stay, complications)
- Developmental pediatrician or neurologist evaluation if available
- Current IFSP (Individualized Family Service Plan, ages 0-3) or IEP (Individualized Education Program, ages 3-21)
- Prior therapy evaluation reports
- Imaging (brain MRI for CP/TBI), genetic testing results if applicable
Step 1 — Classify Developmental Status and Functional Level
For cerebral palsy (most common pediatric rehab diagnosis):
Gross Motor Function Classification System (GMFCS) — 5 levels:
- Level I: Walks without limitations; limitations in more advanced gross motor skills
- Level II: Walks with limitations; difficulty with running, jumping, uneven surfaces
- Level III: Walks using handheld mobility device indoors; wheeled mobility outdoors/community
- Level IV: Self-mobility with limitations; transported or uses power mobility in community
- Level V: Transported in manual wheelchair in all settings
Manual Ability Classification System (MACS) — 5 levels (ages 4-18):
- Level I: Handles objects easily and successfully
- Level II: Handles most objects but with somewhat reduced quality/speed
- Level III: Handles objects with difficulty; needs help to prepare or modify activities
- Level IV: Handles a limited selection of easily managed objects in adapted situations
- Level V: Does not handle objects; severely limited ability for even simple actions
Communication Function Classification System (CFCS) — 5 levels:
- Level I: Effective sender and receiver with unfamiliar and familiar partners
- Level II: Effective but slower pace with unfamiliar partners
- Level III: Effective with familiar partners
- Level IV: Inconsistent even with familiar partners
- Level V: Seldom effective even with familiar partners
Age-adjusted developmental milestones (screen):
- Gross motor: head control (3-4 mo), sitting (6-8 mo), crawling (8-10 mo), pulling to stand (9-12 mo), walking (12-15 mo)
- Fine motor: palmar grasp (3-4 mo), transfer (5-7 mo), pincer grasp (9-12 mo), stacking (12-15 mo)
- For premature infants: use corrected age until 24 months
Step 2 — Select and Administer Age-Appropriate Standardized Assessments
| Age Group | Primary Motor Assessment | Functional Assessment | Supplemental |
|---|
| 0-18 months | Alberta Infant Motor Scale (AIMS) | Bayley-III motor scales | GMs (General Movements) if <5 months |
| 12 months-5 years | GMFM-66 or GMFM-88 | PEDI-CAT (Pediatric Evaluation of Disability Inventory - Computer Adaptive Test) | Peabody Developmental Motor Scales (PDMS-2) |
| 6-18 years | GMFM-66 (for CP) | WeeFIM (ages 6 months-7 years or functional age) | BOT-2 (Bruininks-Oseretsky Test of Motor Proficiency) |
| School age (all diagnoses) | Age-appropriate functional tests | School Function Assessment (SFA) | Handwriting assessments (for OT) |
GMFM (Gross Motor Function Measure):
- 88 items across 5 dimensions: lying/rolling, sitting, crawling/kneeling, standing, walking/running/jumping
- Each item scored 0-3 (0=does not initiate, 1=initiates, 2=partially completes, 3=completes)
- GMFM-66 (Rasch-analyzed 66-item version) provides interval-level scores for tracking change
- Administer in standardized environment (mat, supportive surface, no shoes unless stated)
PEDI-CAT:
- Computer adaptive test measuring daily activities, mobility, social/cognitive, responsibility
- Age range: birth to 20 years
- T-score normative comparison (mean 50, SD 10)
- Tracks change over time with scaled scores
Step 3 — Develop Family-Centered Goals and Intervention Plan
Goal-setting with the family:
- Use the Canadian Occupational Performance Measure (COPM) to identify family-prioritized goals
- Goals must be functional and participation-based: "Child will independently eat with adapted spoon during school lunch" not "improve UE ROM"
- For IFSP (0-3 years): goals are family outcomes embedded in daily routines
- For IEP (3-21 years): therapy goals support educational participation
Evidence-based interventions by GMFCS level:
| GMFCS Level | Motor Interventions | Equipment/Orthotics |
|---|
| I-II | Strength training, task-specific practice, sport/recreation, treadmill training | AFOs if equinus, sport-specific equipment |
| III | Gait training with device, strength training, aquatic therapy, partial body-weight-supported treadmill | Posterior walker, AFOs, stander, adaptive bike |
| IV-V | Positioning, supported standing, power mobility training, caregiver training | Wheelchair seating system, stander, floor sitter, adaptive bathing equipment |
Intensive therapy models (evidence-based):
- CIMT (modified pediatric): 3-6 hours/day, 2-3 weeks for UE hemiparesis
- HABIT (Hand-Arm Bimanual Intensive Therapy): 6 hours/day for 2 weeks for bimanual function
- Goal-directed training: task-specific, repetitive practice of functional goals (60-90 min sessions)
- Hippotherapy: when available, for trunk control and postural stability (requires trained therapist and certified equine center)
Step 4 — Coordinate Across Service Settings
Pediatric rehab often spans medical and educational systems:
Early intervention (0-3 years):
- Services under IDEA Part C; documented in IFSP
- Natural environment (home, daycare) is preferred service setting
- Therapy supports family routines, not clinic-based protocol
- Transition planning to Part B (school) services begins at age 2.5
School-based services (3-21 years):
- Services under IDEA Part B; documented in IEP
- Therapy must support educational participation (not medical model goals)
- Frequency determined by educational need, not medical diagnosis alone
- PT/OT/SLP are "related services" — available only if needed for FAPE (Free Appropriate Public Education)
Medical outpatient therapy (all ages):
- Physician-ordered, medically necessary skilled therapy
- Goals address medical functional limitations beyond educational need
- Can be concurrent with school services if addressing different goals
- Insurance authorization required; document distinct medical necessity
Step 5 — Monitor Growth, Development, and Equipment Needs
- Reassess with standardized measures every 6 months minimum (developmental change is the baseline expectation in children)
- Track GMFCS level — this may change in early years (typically stable by age 6)
- Growth monitoring: skeletal growth affects orthotic/wheelchair fit; schedule equipment reviews with growth spurts
- Orthotic reassessment: every 6-12 months or with growth; document brace type, fit, and functional benefit
- Wheelchair seating: annual reassessment minimum; document posture, skin integrity, and functional access
- Musculoskeletal surveillance: monitor for hip subluxation (in CP GMFCS III-V, hip X-rays per screening protocol), scoliosis, and contracture development
Checkpoint B — Pre-Finalization Review
Before finalizing pediatric rehabilitation documentation:
Quality Audit
Guidelines
- Never apply adult rehabilitation benchmarks or instruments to pediatric patients — use age-normed tools
- Family-centered care is the standard: parents/caregivers are partners in goal-setting and intervention
- CP motor prognosis is linked to GMFCS level: children at Level I-III typically achieve independent ambulation; Level IV-V typically use wheeled mobility as primary mode
- Early intervention intensity matters: evidence supports intensive, goal-directed, task-specific therapy over passive stretching or NDT alone
- Constraint-induced movement therapy has strong evidence for hemiplegic CP in children ages 2-8 with minimum hand grasp ability
- Do not delay power mobility assessment for children who cannot walk independently — independent mobility supports cognitive and social development from age 12-18 months
- Growth-related changes in CP (lever arm dysfunction, muscle-tendon unit shortening) may cause functional decline in adolescence despite therapy — document and plan proactively
- Botulinum toxin injections for spasticity in CP require coordinated therapy intensification post-injection
- Transition planning (pediatric to adult services) should begin at age 14-16 and be documented in the rehabilitation plan
- All pediatric therapy documentation is HIPAA-protected and FERPA-protected in educational settings — handle accordingly
