Cerebral Palsy Surgery: What Parents Need to Know

When a surgeon first mentions cerebral palsy surgery as an option for your child, it rarely lands as simple news. It arrives with a stack of questions — what exactly is being proposed, what will recovery look like, how will you know if it worked? And underneath those questions sits something harder to name: the weight of making a decision with incomplete information, in a system that expects you to show up prepared.

Understanding what types of cerebral palsy surgery exist, what to track beforehand, and how to monitor recovery can help you walk into those clinical conversations as a partner rather than a passenger.

Types of Surgery Common in Cerebral Palsy

Surgical interventions for cerebral palsy fall into a few broad categories, each targeting different aspects of how the condition affects the body.

Selective Dorsal Rhizotomy (SDR) is the most discussed procedure for children with spastic diplegia, typically performed between ages 3 and 8. It involves cutting a portion of the sensory nerve rootlets in the lower spine that are sending faulty signals and driving chronic muscle tightness. SDR is a significant surgery with a long recovery, but for appropriate candidates it can produce lasting reductions in spasticity that physical therapy alone cannot achieve.

Hip surveillance and hip surgery matter because hip dislocation is one of the most common complications in cerebral palsy, particularly at GMFCS levels III–V. Regular X-ray monitoring programs exist precisely because early detection allows for less invasive intervention — soft tissue releases rather than full reconstruction. When dislocation is already advanced, more extensive hip reconstruction or femoral osteotomy may be required.

Orthopedic procedures — tendon lengthening, tendon transfer, and muscle releases — are performed to correct contractures (shortened, stiffened muscles) that limit movement and cause pain. These are often done at multiple sites in a single surgery, sometimes called multilevel surgery, to address the whole functional picture rather than one joint at a time.

Intrathecal Baclofen pump implantation is an option for children with widespread spasticity or dystonia that is difficult to control through oral medication alone. A small pump implanted in the abdomen delivers baclofen directly to the fluid surrounding the spinal cord, achieving better effect at much lower doses than oral administration.

What to Track Before Cerebral Palsy Surgery

The period before surgery is not passive waiting. The data you gather now becomes the baseline against which surgical success will be measured — and if you don't capture it, neither will the clinical team have it.

Baseline spasticity patterns are among the most useful things to document. If your child has predictable tight periods — in the morning, after exercise, during illness — logging those patterns over two to four weeks gives your care team something concrete to compare against post-surgery. Anecdotal impressions erode over time; a log does not.

Current functional mobility matters too. Note what your child can and cannot do independently today: transfers, standing tolerance, walking distance, hand function. These observations anchor post-operative assessments, which often happen months after surgery when memory of the baseline has blurred.

Medication list accuracy is critical. Several medications need to be paused before surgery, and some supplements interact with anaesthesia. Having a precise log — drug name, dose, timing — prevents errors during pre-operative screening.

Questions gathered in advance tend to be better questions. As you observe your child in the weeks before surgery, write down what surprises you, what worries you, what you don't understand. Questions formed from observation are more specific and more useful than questions invented in the consulting room.

Tracking Recovery After Cerebral Palsy Surgery

Recovery from cerebral palsy surgery is often measured in months, not weeks. Families who track carefully during this period are better equipped to catch complications early and to demonstrate progress at follow-up appointments.

Pain and comfort patterns deserve daily attention, especially in the first four to six weeks. Pain is the clearest early signal of something not going as expected, whether from infection, hardware issues, or a nerve response. Consistent logging also helps you calibrate medication timing — noting when pain peaks and whether it correlates with therapy sessions or time of day.

Therapy compliance and response should be documented throughout the recovery period. Post-operative physiotherapy is not optional — it largely determines the functional outcome of the surgery, particularly after SDR, where the work of building motor patterns from scratch begins immediately. Logging whether sessions happened, how your child tolerated them, and what the therapist observed gives you a running picture of trajectory rather than a series of disconnected appointments.

Milestone tracking helps you measure recovery against the clinical team's expectations. After hip surgery, when was your child first able to bear weight? After SDR, when did they achieve unsupported standing? These moments are easy to forget but matter for the annual review and for decisions about follow-on interventions.

Preparing for Post-Surgery Follow-Up Appointments

Post-operative appointments with surgeons, physios, and neurologists each happen on their own schedules, often with different clinical priorities. A care log threads them together.

A surgeon reviewing a hip reconstruction wants to see X-ray findings alongside function. A physio assessing SDR outcomes wants to see spasticity measurements alongside video of gait. A neurologist reviewing baclofen pump settings wants to see behaviour patterns alongside sleep quality. If you can bring logged observations to each appointment — rather than working from memory — the appointment becomes a conversation about data rather than a reconstruction of impressions.

The cpcompanion app is designed for exactly this kind of longitudinal tracking: daily care logs that build into a clinical-ready export, so that every follow-up appointment starts from a record rather than from guesswork. For families navigating complex surgical journeys, that record is not administrative overhead — it is the evidence that drives better decisions.

A Final Word on Surgical Decision-Making

No parent should feel alone in weighing cerebral palsy surgery. The procedures described here have real risks alongside real benefits, and the right choice depends on your child's specific presentation, GMFCS level, imaging findings, and your family's circumstances. What matters most is entering those decisions with clear eyes, good questions, and a baseline of observed data that only you — as the person with your child every day — can provide.

The surgical team brings expertise. You bring the daily picture. Both are necessary.