How do I prepare for an orthopedic surgery consultation for my child with CP?

Before an orthopedic surgery consultation, bring: all recent PT assessments and gait analysis reports; current medication list including Botox injection history with dates and muscles targeted; prior surgical records if applicable; videos of your child walking or moving in different contexts (school, home, playground) — these are often more informative than a clinic observation; your child's current goals from their IEP and therapy plan; and your specific questions about recovery timeline, post-surgical therapy requirements, expected functional gains, and risks. Ask explicitly about timing: single-event multilevel surgery (SEMLS) is often recommended for children with significant gait deviations in middle childhood (around ages 7–12) to minimize the number of separate recovery periods.

Cerebral Palsy Care & Management: A Parent's Complete Guide

Q: What therapies does a child with cerebral palsy need?

Most children with cerebral palsy benefit from a combination of physical therapy (PT), occupational therapy (OT), and speech-language therapy (SLP). PT focuses on gross motor function, balance, gait training, and strength. OT targets fine motor skills, self-care tasks (feeding, dressing), and sensory processing. Speech therapy addresses communication, swallowing, and when needed, augmentative and alternative communication (AAC) devices. The specific mix depends on CP type and severity — a child with spastic diplegia affecting primarily legs may need intensive PT but limited speech services, while a child with dyskinetic CP may have significant speech and swallowing needs. Your child's neurologist or developmental pediatrician can help coordinate a therapy evaluation to set appropriate frequencies.

Q: What IEP accommodations are most helpful for children with cerebral palsy?

Common and effective IEP accommodations for children with CP include: extended time on tests and written work; use of assistive technology (speech-to-text, word prediction software, adapted keyboards); preferential seating near instruction and accessible pathways; reduced writing requirements with alternatives (verbal responses, typed work); physical education modifications; access to adaptive seating in the classroom; a scribe or aide for written tasks; and therapies embedded into the school day (PT, OT, speech as related services). The IEP team should include a physical therapist, occupational therapist, and speech therapist as appropriate. For children who use wheelchairs or walkers, the IEP should also address environmental access — hallway time, bathroom access, and emergency evacuation plans.

Q: What medications are commonly prescribed for cerebral palsy?

CP medications typically target two categories: spasticity and co-occurring conditions. For spasticity management, doctors commonly use oral baclofen, tizanidine, or diazepam. Botulinum toxin (Botox) injections directly into spastic muscles are widely used and evidence-based for focal spasticity, typically repeated every 3–6 months. Intrathecal baclofen (a pump surgically implanted near the spine) is used for severe generalized spasticity. For co-occurring seizures — present in 30–50% of people with CP — anti-seizure medications such as levetiracetam, lamotrigine, or valproate may be prescribed. Pain medications, sleep aids, and reflux treatments are also common. Coordinating multiple medications across neurologists, physiatrists, and orthopedic surgeons requires systematic tracking. Tools like TenderCircle's Medication Tracker help parents log doses and share accurate medication lists at every appointment.

Q: When should a child with CP get a wheelchair or mobility aid?

The decision to introduce a wheelchair, walker, or other mobility aid is made collaboratively by the physical therapist, orthotist, physiatrist, and family — and it's not an either/or. Many children use multiple devices depending on context: a walker for short distances and a manual or power wheelchair for longer distances or high-fatigue environments. Power wheelchair trials are often appropriate earlier than parents expect — research shows early powered mobility can support cognitive and social development. The key criteria are functional independence (can the child access their environment?) and energy expenditure (is the child exhausted by mobility demands that limit learning and play?). An assistive technology evaluation through the school or a rehabilitation hospital is the right starting point.

Q: How do I manage caregiver stress when caring for a child with cerebral palsy?

Caregiver stress in CP families is clinically significant. Research published in Developmental Medicine & Child Neurology found that parents of children with CP report higher stress, anxiety, and depressive symptoms than population norms — particularly in families managing high care needs. Evidence-based strategies that help include: respite care (both planned breaks and emergency coverage), peer support through CP-specific parent communities, parent-focused CBT or counseling, exercise as a stress buffer, and systematic organization tools to reduce the cognitive load of care coordination. A 2021 systematic review in Disability and Rehabilitation found that reducing the organizational burden of care — scheduling, medication tracking, appointment coordination — was independently associated with lower parental stress. TenderCircle was designed specifically for this: centralized tracking of medications, appointments, and care team communication so you spend less time managing logistics.

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Cerebral palsy (CP) is the most common motor disability in childhood. According to the CDC, approximately 1 in 345 children in the United States has been identified with CP. Yet despite how common it is, the learning curve for parents at diagnosis is steep — therapy types, equipment decisions, IEP accommodations, medication management, and long-term planning all land at once.

This guide draws on clinical research and guidelines from the CDC, NIH, American Academy of Pediatrics, and United Cerebral Palsy to give parents a clear, practical roadmap.

By the numbers (CDC, 2023): CP affects approximately 764,000 Americans. About 80% have spastic CP. Seizure disorders co-occur in 30–50% of people with CP. Intellectual disability affects approximately 50%. 1 in 3 children with CP cannot walk independently.

Understanding Cerebral Palsy Types

CP is not a single condition — it's a group of permanent movement disorders caused by damage to the developing brain, typically before or during birth. The type and severity determine which therapies are most critical and what equipment your child may need.

Spastic CP (most common, ~80%)

Increased muscle tone causes stiffness and awkward movements. Subtypes include spastic diplegia (both legs affected, common in premature infants), spastic hemiplegia (one side of the body affected), and spastic quadriplegia (all four limbs affected, often with trunk involvement).

Dyskinetic CP (~6%)

Involves uncontrolled, involuntary movements — writhing (athetosis), slow twisting (dystonia), or rapid jerking (chorea). Often affects the entire body, including face and trunk, which can significantly impact speech and feeding.

Ataxic CP (~6%)

Affects balance and coordination. Children with ataxic CP often have a wide-based, unsteady gait and difficulty with precise hand movements.

Mixed CP (~10%)

Features of more than one type, most commonly spastic + dyskinetic.

Physical Therapy: What to Expect and Push For

Physical therapy (PT) is the cornerstone of CP management. For most children, PT begins in early intervention (birth to age 3 through the IDEA Part C program) and continues through school-age services and outpatient therapy.

What PT targets in CP

Gross motor function: Rolling, sitting, standing, walking, transfers
Gait training: Improving walking efficiency, reducing compensatory patterns
Strength and endurance: Particularly hip, core, and ankle muscles
Spasticity management: Stretching programs, positioning to reduce contracture formation
Fall prevention and balance
Assistive device training: Walkers, crutches, orthotic use

Evidence-based PT approaches for CP

A 2019 systematic review in Developmental Medicine & Child Neurology found strong evidence for:

Constraint-induced movement therapy (CIMT) for children with hemiplegia — intensive use of the affected limb while constraining the unaffected one
Treadmill training for improving walking speed and endurance
Hippotherapy (therapeutic horseback riding) for trunk control and motor function
Goal-directed training — therapy organized around the child's own meaningful functional goals outperforms rote exercise approaches

Parent Tip

PT frequency recommendations vary widely. Early intervention typically offers 1–2x per week. Push your team to use the GMFCS (Gross Motor Function Classification System, Levels I–V) to set clear, measurable goals so progress is objective. If your PT isn't measuring outcomes with a standardized tool every 6 months, ask why.

Occupational Therapy: Function in Daily Life

OT addresses the activities of daily living (ADLs) — eating, dressing, bathing, writing, using a tablet — as well as sensory processing differences that many children with CP experience.

OT priorities by age

Infants/toddlers: Feeding, positioning, hand-eye coordination, play
Preschool: Grasp, pre-writing skills, self-care tasks (spoon use, dressing), sensory regulation
School-age: Handwriting (or keyboard access), classroom tools, lunch/self-care independence, school environment modifications
Adolescents: Home management, employment readiness, driving evaluation

Assistive technology through OT

OT is typically the profession that evaluates and recommends assistive technology (AT) for school. This includes adapted keyboards, switches for device access, page-turners, weighted utensils, button hooks, and communication apps. An AT evaluation is a related service that can be written into an IEP — if no one has recommended this for your child, ask for it explicitly.

Speech-Language Therapy: Communication and Swallowing

Up to 60% of children with CP have significant communication difficulties. Speech-language pathologists (SLPs) address articulation, expressive and receptive language, fluency, and — critically — feeding and swallowing.

Augmentative and Alternative Communication (AAC)

If your child has limited or unclear speech, an AAC evaluation should be requested early — not as a last resort after speech therapy "fails." Research consistently shows that AAC does not reduce speech development; it typically supports it. AAC options range from low-tech (picture boards, PECS) to high-tech (speech-generating devices like Tobii Dynavox, PRC-Saltillo, or dedicated communication apps).

Funding for AAC devices is available through Medicaid, private insurance, and school-based services. The SLP's role is to evaluate, prescribe, and train your child and communication partners (family, teachers, aides) to use the device effectively.

Dysphagia (swallowing difficulties)

Children with CP — particularly those with spastic quadriplegia or dyskinetic CP — are at high risk for dysphagia. Signs include coughing during meals, frequent respiratory infections, long mealtimes (>30 minutes), food refusal, and poor weight gain. A modified barium swallow study (MBSS) or fiberoptic endoscopic evaluation of swallowing (FEES) can evaluate the swallow mechanism. This is a safety issue, not just a feeding preference — aspiration pneumonia is a leading cause of hospitalization in children with severe CP.

Equipment and Adaptive Devices

Equipment decisions evolve as your child grows. Common categories include:

Orthotics

Ankle-foot orthoses (AFOs) are the most common intervention for children with CP who walk. They improve gait mechanics, reduce energy expenditure, and in some cases slow the progression of contractures. AFOs are prescribed by the physiatrist or orthopedic surgeon and fabricated by an orthotist. They typically need to be replaced every 12–18 months as children grow — check fit regularly; a poorly fitting AFO causes skin breakdown.

Mobility aids

Options include posterior walkers (most commonly used in CP, as they encourage upright posture), Lofstrand crutches, and manual or power wheelchairs. Children who use both a walker and a wheelchair are not "failing" — using the right tool in the right context is good adaptive strategy. Power wheelchairs are often introduced earlier than parents expect; for children who cannot walk functionally, early powered mobility supports independence, exploration, and cognitive development.

Positioning equipment

Standing frames, standers, and adapted seating (corner chairs, wheelchair inserts) help children with CP achieve positions that would be inaccessible otherwise. Weight-bearing through standing is important for bone density, hip development, and bowel function. Most children with CP who do not walk independently should have a daily standing program.

Insurance Navigation

Equipment is typically funded through Medicaid, private insurance, or state waiver programs — but denials are common. United Cerebral Palsy (ucp.org) has state affiliates that provide equipment loaner programs and funding navigation. A letter of medical necessity from your child's physiatrist or PT is essential for any equipment request. Never assume denial is final — the appeal success rate for CP equipment is high with proper documentation.

Medication Management in Cerebral Palsy

Many children with CP take multiple medications across several prescribers — a neurologist for seizures, a physiatrist for spasticity, a GI specialist for reflux or constipation, and a developmental pediatrician coordinating the overall picture. Managing this correctly is a genuine safety responsibility.

Spasticity medications

Oral baclofen: Reduces spasticity systemically; side effects include sedation and increased weakness. Dose titration is typically slow.
Tizanidine: Centrally acting muscle relaxant; sedating at higher doses.
Diazepam (Valium): Sometimes used for acute spasticity management; controlled substance with dependence risk.
Botulinum toxin (Botox) injections: Localized, evidence-based, and widely used. Injected into specific spastic muscles every 3–6 months under sedation or EMLA cream; effects last approximately 3–6 months. Best results when combined with casting or intensive PT immediately post-injection.
Intrathecal baclofen (ITB): A surgically implanted pump delivers baclofen directly to the spinal cord. Appropriate for children with severe generalized spasticity not controlled by oral medications.

Seizure medications

Seizures occur in 30–50% of people with CP. Common anti-seizure medications include levetiracetam (Keppra), lamotrigine (Lamictal), oxcarbazepine (Trileptal), valproate (Depakote), and others. Seizure medication management requires precise dosing, regular blood levels for some drugs, and careful tracking of breakthrough seizures — frequency, duration, and character.

Keep every medication organized in one place

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IEP Accommodations for Children with CP

Children with CP are eligible for special education services under IDEA through the Orthopedic Impairment or Multiple Disabilities eligibility categories. For children with CP who have primarily physical needs and age-appropriate cognition, a Section 504 plan may be more appropriate than a full IEP.

Common IEP/504 accommodations for CP

Extended time on written work and tests
Access to assistive technology (speech-to-text, adapted keyboard, AAC device in classroom)
Reduced writing quantity with alternative response formats (oral, typed)
Preferential seating for physical access and visibility
Accessible pathways, bathroom facilities, and emergency evacuation plan
Physical and occupational therapy as related services embedded in the school day
Adaptive physical education (APE) services
Extra time for transitions between classes
Modified PE participation or alternative activities
A dedicated aide or paraprofessional for personal care and classroom support

Related services to request

Under IDEA, related services must be provided if they're necessary for your child to benefit from special education. This includes PT, OT, and speech therapy during the school day, plus transportation in an adapted vehicle if needed. Schools are sometimes reluctant to provide high-frequency therapy — bring your private therapy team's recommendations to the IEP table and request that frequency match clinical need, not scheduling convenience.

Orthopedic Surgery: Knowing When and What to Expect

Many children with CP who walk will have orthopedic surgery at some point — typically to lengthen contracted tendons, stabilize hips, or correct bony deformities of the feet and legs. The timing and type of surgery are guided by clinical examination, hip surveillance X-rays, and gait analysis.

Hip surveillance

Hip displacement is common in non-walking children with CP and can progress silently. The AACPDM (American Academy for Cerebral Palsy and Developmental Medicine) recommends annual hip X-rays starting at age 2 for children who are GMFCS Levels III, IV, or V. Hip displacement caught early can be managed surgically with significantly better outcomes than untreated dislocation. If your child's care team has not been following hip migration percentage, ask explicitly.

Single-Event Multilevel Surgery (SEMLS)

For children with complex gait problems, SEMLS allows multiple corrections (e.g., hamstring lengthening, Achilles lengthening, foot bone realignment) to be performed in one operation, followed by a single, intensive rehabilitation period. Gait analysis — video combined with force plate measurements — is typically used to plan SEMLS. The ideal timing is generally ages 7–12 years.

Daily Care Strategies and Parent Tips

Positioning throughout the day

How your child is positioned during all activities — eating, playing, sleeping, riding in the car — affects spasticity, comfort, joint health, and development. Work with your OT and PT to establish a consistent positioning schedule and make sure caregivers, teachers, and aides understand the rationale.

Bathing and personal care

Adaptive bath seats, shower chairs, handheld showerheads, and grab bars can make bathing safer and more independent. OT can do a home assessment and recommend specific equipment. As children grow, body mechanics for caregivers become critical — back injuries from unsafe transfers are a significant risk.

Sleep

Sleep problems are common in CP, affecting up to 44% of children according to a 2020 review in the Journal of Child Neurology. Causes include pain, spasticity that worsens at night, reflux, and sleep-disordered breathing. If your child has significant sleep disruption, a sleep study and evaluation for nocturnal pain management are worthwhile steps.

Nutrition and feeding

Children with CP have higher energy expenditure in some functional profiles (ambulatory children with increased tone) and lower in others (non-ambulatory). Malnutrition is underdiagnosed in CP — particularly in non-ambulatory children who appear to have stable weight because their growth is stunted. Gastrostomy (G-tube) placement is appropriate when oral feeding cannot maintain adequate nutrition safely; framing G-tubes as a failure is incorrect and delays a life-quality decision.

Frequently Asked Questions

What therapies does a child with cerebral palsy need?

Most children with CP benefit from a combination of PT, OT, and speech-language therapy. The mix and frequency depend on CP type and severity. PT focuses on gross motor function and gait; OT targets fine motor skills and daily activities; speech therapy addresses communication, language, and swallowing. Your child's neurologist or developmental pediatrician can help coordinate a comprehensive evaluation to set therapy frequencies based on functional need.

What IEP accommodations are most helpful for children with cerebral palsy?

Key IEP accommodations for CP include extended time on written work, assistive technology access, physical therapy and OT as related services during the school day, adapted PE, accessible classroom environment, and an emergency evacuation plan. For children with primarily physical needs and typical cognition, a 504 plan may be more appropriate and simpler to maintain than a full IEP.

What medications are commonly prescribed for cerebral palsy?

Spasticity medications include oral baclofen, tizanidine, and botulinum toxin injections. For children with seizures (present in 30–50% of people with CP), anti-seizure medications such as levetiracetam, lamotrigine, or oxcarbazepine may be prescribed. Many children also take medications for reflux, constipation, or pain. Managing multiple medications across several specialists requires systematic tracking and a single accurate medication list at every appointment.

When should a child with CP get a wheelchair or mobility aid?

The right mobility device depends on function and context. Many children use multiple devices — a walker for short distances and a wheelchair for longer distances. Power wheelchairs are often introduced earlier than parents expect; research supports early powered mobility for independent exploration. The key questions are whether the child can access their environment independently and whether mobility demands are limiting learning and play. A physical therapist and assistive technology evaluation are the right starting points.

How do I prepare for an orthopedic surgery consultation?

Bring recent PT assessments, gait analysis reports, current medications including Botox history, prior surgical records, and videos of your child walking in different settings. Ask about recovery timeline, post-surgical PT requirements, expected functional gains, and timing relative to your child's growth. For children with gait issues, gait analysis before surgery is standard — if the surgeon isn't recommending it, ask why.

How do I manage caregiver stress when caring for a child with cerebral palsy?

CP caregiving is demanding. Research shows higher rates of anxiety, depression, and caregiver burden in CP families compared to the general population. Practical strategies that help: scheduled respite care, peer support through CP parent communities, reducing the organizational burden of care coordination, and professional counseling. TenderCircle was built specifically to reduce the cognitive load of managing medications, appointments, and care team communication — so you have more capacity for the parts that can't be systematized.

Sources & Further Reading

CDC. (2023). Data & Statistics for Cerebral Palsy. cdc.gov/ncbddd/cp/data.html
NIH / NINDS. (2023). Cerebral Palsy: Hope Through Research. ninds.nih.gov
American Academy of Pediatrics. (2021). Care of the Child with Cerebral Palsy. Pediatrics.
AACPDM. (2020). Hip Surveillance Guidelines for Children with Cerebral Palsy.
Novak I, et al. (2013). A systematic review of interventions for children with cerebral palsy. Dev Med Child Neurol, 55(10):885–910.
United Cerebral Palsy. (2023). CP Basics and Family Resources. ucp.org
Graham HK, et al. (2016). Cerebral palsy. Nature Reviews Disease Primers, 2, 15082.

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