Cerebral Palsy Rehabilitation After Surgery: What to Expect Week by Week
Surgery is only the beginning. The real work — and the real results — come from what happens in the weeks and months that follow. This guide walks you through the full rehabilitation journey after SFDM surgery at the CP Clinic, so you know exactly what to expect at every stage and how to give your child the best possible outcome.
The rehabilitation philosophy: why it works
Here is the most important thing to understand before anything else: SFDM surgery reduces spasticity, but it does not automatically teach the brain new movement patterns. That part — the rewiring — happens through rehabilitation.
Think of it this way. Surgery removes the barrier. Rehabilitation walks through the door.
Before surgery, your child’s spastic muscles were too tight to respond properly to stretching, strengthening, or movement training. Physiotherapy was still valuable, but it was fighting against the tension in those muscles. After SFDM, those muscles are finally free to lengthen, respond, and be trained. This is why families consistently report that physiotherapy after surgery works better than any physiotherapy they did before it.
The other piece of the picture is neuroplasticity — the brain’s ability to reorganise itself. In young children especially, the brain is actively building movement pathways in response to the movements the child practises. Every repetition of a correct movement pattern after surgery is literally helping the brain build a better map of how the body moves. The younger the child, the more powerfully this happens — which is one more reason why earlier surgery produces better outcomes.
The key principle: Consistency beats intensity. Three weeks of daily gentle exercises will produce better results than one week of intensive therapy followed by two weeks of rest. Build the exercises into your daily routine — not as a medical task, but as something that becomes part of how your family moves through the day.
Week-by-week recovery timeline after SFDM surgery
Every child’s program is personalised by Professor Tovmasian based on their specific surgery, age, CP pattern, and starting functional level. What follows is the general framework most patients move through.
The procedure — what happens on the day
SFDM surgery takes approximately one hour under general anaesthesia. Professor Tovmasian makes up to 40 microincisions — each just 2 to 3 mm — targeting the fibrotic tissue in the spastic muscles. Because the incisions are so small, no stitches are needed and they begin healing immediately.
After a recovery period of 2 to 3 hours from the anaesthetic, most patients feel comfortable and alert. Families are generally able to leave the clinic within 12 hours of the procedure.
- You will notice that the treated limbs already feel slightly different — less resistance when you move them gently
- There may be mild swelling or bruising around the microincision sites — this is normal and settles within a few days
- Your child may be quieter than usual in the evening — the anaesthetic causes tiredness that fades overnight
First days — rest, observation, and gentle beginnings
International patients typically remain at the clinic for these first days. This allows Professor Tovmasian to assess how the muscles are responding, make any adjustments to the planned rehabilitation program, and make sure your child is comfortable and well before the journey home.
What begins now:
- Gentle massage — beginning around 24 to 48 hours after surgery, light massage of the treated muscle areas encourages circulation, reduces stiffness, and begins the process of teaching the brain that these muscles can now move differently
- Upper limb exercises — for children with arm and hand involvement, very gentle passive range-of-motion exercises typically begin on day 2 or 3
- Rest — the body is healing. Plenty of sleep and calm activities are just as important as exercises at this stage
Going home — with a plan
Before international patients leave the clinic, Professor Tovmasian conducts a full session to create and explain the personalised home rehabilitation program. This includes:
- A written exercise plan specific to your child’s surgery and starting level
- Video demonstrations of every exercise
- Clear guidance on what to watch for, what is normal, and what to contact the clinic about
- Scheduled telemedicine follow-ups to assess progress and adjust the program
Most families travel home comfortably on day 4 or 5. Air travel is generally well tolerated at this stage.
First week home — building the habit
The first week at home is about establishing the rehabilitation routine and letting the microincision sites continue healing. The exercises at this stage are gentle, short, and focused.
Upper limbs (if treated):
- Passive range-of-motion — gently moving the arms, wrists, and fingers through their range of movement to maintain and build upon the reduced spasticity from surgery
- Reaching and grasping activities integrated into play — encouraging the child to use both hands during toy play, meals, and daily activities
Lower limbs:
- Lower limb exercises typically begin around day 7 to 8 post-surgery
- Start with gentle passive stretching — the calf muscles, hamstrings, and hip adductors that were spastic are now ready to be stretched without the resistance that previously prevented it
- Standing at a support surface may be introduced if the child was previously walking or standing
Active engagement begins
By the end of week 2, the microincision sites are largely healed and exercises can become more varied and active. This is often when parents notice the first real changes in how their child moves.
Signs you may notice this week:
- Legs that feel softer and easier to stretch than before surgery
- A hand that was previously always fisted beginning to open more spontaneously
- Toe-walking that is less pronounced, or heels touching the floor for the first time
- Improved sitting posture as trunk and hip muscles work with less resistance
What to add this week:
- Active strengthening exercises — encouraging the child to use the previously spastic muscles actively, which builds the strength that was previously masked by the spasticity
- Pool exercises can begin once incision sites are fully closed — warm water is a fantastic environment for early lower limb work
- Local physiotherapist sessions can begin if you have arranged them
Building momentum
By the end of the first month, most families are well into a consistent daily routine and seeing clear changes in their child’s movement. This is a motivating period — progress is often visible from week to week.
Focus areas:
- Gait training — for children who walk, this is when focused work on walking pattern begins. Lower heel contact, more normal leg separation, improved arm swing
- Functional hand activities — picking up small objects, colouring, stacking, buttoning — activities that demand coordinated hand-and-finger movement
- Postural work — sitting balance, trunk rotation, and reaching across the midline
- Strengthening — building the muscles that were previously overpowered by spastic antagonists is now a central focus
Exercise sessions can now extend to 20 to 30 minutes and may be done twice a day.
Functional transformation
Month 2 is often when the most dramatic visible changes occur. The nervous system has had time to begin building new movement pathways, muscles that were tight for years are now being used properly for the first time, and the daily exercise investment is compounding.
What many families report at this stage:
- Children who were toe-walking now making consistent heel contact
- Significantly wider base of gait and improved balance
- Hand function improvements — opening, grasping, and releasing objects that were previously very difficult
- Improved speech clarity in children where bulbar spasticity was also treated
- Better sleep quality due to reduced involuntary muscle activity at night
- Reduced pain and muscle fatigue
A telemedicine check-in with Professor Tovmasian is typically scheduled around this point to assess progress and refine the program based on what the family is observing.
Consolidation and increased independence
By 3 months, many children are functioning at a noticeably higher level in their daily lives — not just in physiotherapy exercises, but in play, school, self-care, and social interaction.
What to focus on now:
- Transition from assisted to independent exercise performance where possible
- School or nursery reintegration with updated movement goals and teacher briefing
- Sport and recreational activities — swimming, cycling, supported play on playground equipment
- Fine motor skill activities for hand-involved children: writing tools, LEGO, instruments
The exercise program at this stage should feel less like medical treatment and more like healthy physical activity — because that is exactly what it is becoming.
Sustained improvement and long-term gains
In the 4 to 6 month period, most children have achieved the majority of the direct benefit from their surgery. What continues to happen is the brain integrating those gains — movements that required conscious effort in month 2 are becoming more automatic, and quality continues to refine.
What the 6-month milestone looks like for different CP patterns:
- Mild spastic diplegia: Many children are walking with near-normal gait pattern, with minimal or no toe-walking. Some children this age reach functional goals that were not expected before surgery.
- Spastic hemiplegia: The affected arm and hand typically show significant functional improvement. Writing, dressing, and two-handed activities that were previously very limited are often much more accessible.
- Spastic quadriplegia: Improvements focus on posture, comfort, and assisted mobility. Families often report dramatically easier daily care routines — dressing, bathing, seating — as muscle tension throughout the body has reduced.
Ongoing development — especially in young children
In children under 5 years old especially, improvement does not stop at 6 months. It simply slows to a more gradual pace as the initial burst of neuroplastic change matures into more permanent functional capability.
Many families report continued gains throughout the first 12 to 18 months, and some improvements — particularly in fine motor coordination — continue to emerge for 2 to 3 years after surgery.
Beyond 6 months, the exercise program typically transitions into:
- Sport and active play as the primary vehicle for continued movement development
- A maintenance stretching routine to prevent re-tightening of muscles
- Continued occupational therapy for hand and fine motor skills
- Annual or biannual check-ins with the CP Clinic to assess the child’s development
5 things that make the biggest difference
Over the years, the families who achieve the best outcomes after SFDM surgery consistently share certain habits. These are the factors that matter most.
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Do the exercises every single day Consistency is the single biggest predictor of outcome after CP surgery. Fifteen minutes every day produces better results than 90 minutes twice a week. Make it non-negotiable — as fixed in the day as meals and bedtime.
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Build exercises into real life, not just sessions The brain learns through repetition in varied contexts. Practising heel contact during the walk to school, encouraging two-handed play during craft activities, reaching with the affected arm during mealtimes — this is where the real gains are consolidated.
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Keep weekly video records Send short weekly clips to the CP Clinic team and build your own archive. Videos serve a dual purpose: they give Professor Tovmasian the information he needs to adjust the program remotely, and they give your family a record of progress that day-to-day proximity makes hard to see.
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Involve siblings, grandparents, and teachers Children don’t compartmentalise therapy the way adults do. When the whole environment encourages movement — when a sibling plays alongside and reaches for the same toy, when a teacher knows to encourage the weaker hand — the child gets dozens of extra repetitions every day without it feeling like medical work.
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Stay in contact with the clinic when things are unclear If your child has an illness that interrupts the program, if an exercise is causing pain, if you notice something unexpected — contact the clinic. The rehabilitation program is a living document that should evolve with your child. Adjustments made quickly are far more effective than adjustments made after months of uncertainty.
Common challenges — and how to handle them
My child doesn’t want to do the exercises
This is one of the most common concerns families bring to the clinic. Young children, particularly, resist exercise that feels like work. The solution is almost always the same: make it play. The exercises themselves matter less than the movement they produce. A chase game that involves reaching and running, a drawing activity that demands the affected hand to hold the paper, a swimming game that naturally stretches the hips — the brain responds to the movement, not the intention behind it.
Progress seems to have stopped
Every rehabilitation journey has plateaus. A period of apparent stillness is usually followed by a burst of visible progress — the brain is consolidating gains before building new ones. If a plateau has lasted more than 3 to 4 weeks, contact the clinic. The program may need adjustment, or there may be a specific barrier that can be identified and addressed.
Managing fatigue
Rehabilitation is tiring, particularly for the child. Muscles that have never worked properly before are being asked to do new things, and the nervous system is working hard to build new pathways. Increased tiredness in the first weeks after surgery is normal and a sign that things are working. Build rest periods into the daily routine and reduce the exercise intensity if fatigue becomes a consistent concern.
Significant new pain during or after exercises — any exercise that causes clearly excessive pain should be paused. Redness, warmth, or discharge from a microincision site beyond the first week. A sudden or unexplained regression in a skill the child had recently gained.
Considering SFDM surgery and want to understand what rehabilitation would look like for your child specifically?
Request a free remote evaluation →Frequently asked questions
When can rehabilitation start after cerebral palsy surgery?
After SFDM surgery, rehabilitation begins almost immediately. Gentle massage can start within 24 to 48 hours. Upper limb exercises typically begin on day 2 or 3. Lower limb exercises follow around day 7 to 8. This is significantly earlier than recovery after major spinal surgeries like SDR, which require weeks of rest before active rehabilitation can begin.
How long does rehabilitation take after cerebral palsy surgery?
The intensive rehabilitation period after SFDM typically spans 4 to 6 months, though improvement continues for much longer — especially in young children. The most dramatic changes are usually seen between months 2 and 4. By 6 months, most children have achieved the majority of their surgical benefit, with continued gradual improvement thereafter. Compare this to SDR recovery, which typically requires 12 to 24 months of intensive physiotherapy.
Do I need a physiotherapist at home after CP surgery?
You do not need a specialist physiotherapy centre. The rehabilitation program after SFDM is designed to be conducted at home by parents, using a personalised written and video program created by Professor Tovmasian during the clinic stay. Having a local physiotherapist available to supervise and provide hands-on guidance is recommended but not essential — many international families achieve excellent results following the home program carefully.
What exercises are done during CP rehabilitation after surgery?
The program is individualised, but typically includes: passive and active stretching of previously spastic muscle groups; strengthening exercises for antagonist muscles; functional movement training such as reaching, grasping, and object transfer; gait training for children who walk; postural exercises; massage; and play-based activities appropriate to the child’s developmental level. The program evolves throughout recovery as the child responds and progresses.
Is rehabilitation painful after cerebral palsy surgery?
Generally not. There may be mild soreness around the microincision sites in the first few days, managed with simple pain relief. As rehabilitation progresses, exercises should feel challenging but not painful. Any exercise that causes significant pain should be paused and the clinic informed immediately, so the program can be adjusted.
How soon will I see results after CP surgery and rehabilitation?
Many families notice the first signs of reduced spasticity within the first week — particularly in how the limbs feel during exercises. Functional changes such as improved walking patterns or better hand use typically become noticeable between weeks 3 and 8. The most visible improvements often come between months 2 and 4. Results continue to develop beyond 6 months, especially in younger children.
Can rehabilitation exercises be done in a swimming pool?
Yes — hydrotherapy is an excellent complement to the home program. Warm water temporarily reduces muscle tone, which makes movement easier and lets children practise movements they cannot yet manage on land. Once the microincision sites from SFDM have fully healed — typically around 10 to 14 days — pool exercises can begin and are strongly encouraged as part of the program.
What happens if we miss days of rehabilitation exercises?
Consistency is the most important factor in maximising surgical outcomes. Missing occasional days due to illness or travel will not significantly affect the overall result. However, extended breaks — weeks without exercises — will slow progress and may limit how much of the surgical benefit translates into functional improvement. If consistency is a struggle, contact the clinic — the program can always be adjusted to better fit your family’s reality.
References
- Novak I, et al. (2020). “State of the Evidence Traffic Lights 2019: Systematic Review of Interventions for Preventing and Treating Children with Cerebral Palsy.” Current Neurology and Neuroscience Reports. PubMed ↗
- Morgan C, et al. (2016). “Early intervention for children aged 0–2 years with or at high risk of cerebral palsy.” Developmental Medicine & Child Neurology. PubMed ↗
- Tedroff K, et al. (2018). “Long-term effects of selective dorsal rhizotomy in children with cerebral palsy.” Developmental Medicine & Child Neurology. PubMed ↗
- Rosenbaum P, et al. (2007). “The definition and classification of cerebral palsy.” Developmental Medicine & Child Neurology. PubMed ↗
- Pin T, et al. (2006). “The effectiveness of passive stretching in children with cerebral palsy.” Developmental Medicine & Child Neurology. PubMed ↗