Cerebral palsy
Cerebral palsy is not one disease but a shared name for disorders of movement and posture caused by damage to an immature brain: before birth, during birth or…
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Medicines commonly prescribed for Cerebral palsy
For informational purposes only. Always consult a doctor before using any medicine.
Dosage form: TABLET, 750 mgActive substance: levetiracetamManufacturer: Aurovitas Spain, S.A.U.Prescription requiredDosage form: INJECTABLE PERFUSION, 100 mg/mlActive substance: levetiracetamManufacturer: Laboratorios Normon S.A.Prescription requiredDosage form: TABLET, 1000 mgActive substance: levetiracetamManufacturer: Tecnimede España Industria Farmaceutica S.A.Prescription required
Cerebral palsy is not one disease but a shared name for disorders of movement and posture caused by damage to an immature brain: before birth, during birth or in the first months of life. The damage happens once and does not grow. The child grows, the demands on the body change, and the picture looks different over time — but the condition itself does not progress. How it shows varies hugely: one person limps slightly and lives an ordinary life, another needs help with every daily task. The word "palsy" misleads: it is rarely about the absence of movement, more often about muscles that obey badly.
What is noticed in the first years
There are usually no signs immediately after birth. They emerge during the first and second years, when a child should be mastering movement, and parents notice not a "symptom" but a mismatch with age.
- does not hold the head up, does not roll over, is not sitting by eight or nine months, is not walking by eighteen months;
- the body feels too stiff or, on the contrary, floppy and slipping through your hands;
- the child clearly favours one hand before the age of one: at that age there should be no preference, and one-sided skill means the other side is working less well;
- the fist stays clenched, the legs cross, and weight goes only onto the front of the foot;
- movements are jerky and clumsy or, the other way round, excessive and involuntary;
- sucking and swallowing are hard, the child chokes, feeds slowly and brings a lot back up.
Any single sign may mean nothing: children develop at different rates, and a similar picture appears in other conditions. What counts is the combination and the persistence, and judging that is a specialist's job.
What comes besides movement
Brain damage does not stop at the borders of a "movement area", so the accompanying difficulties usually outnumber the movement ones, and some of them affect life more.
- epileptic seizures, in roughly a third of people;
- difficulty swallowing, choking and drooling, which undermine feeding;
- reflux of stomach contents and stubborn constipation;
- speech problems, from unclear pronunciation to no speech at all with understanding intact;
- reduced vision, squint, hearing loss;
- learning difficulties in about half, though intelligence may be entirely unaffected and masked by the inability to speak;
- pain, the most underrated part: most people have it, it comes from tight muscles, joints and the abdomen, and a child often cannot say so;
- poor sleep, hip dislocation, curvature of the spine, fragile bones.
Types: what the doctor's words mean
A report usually carries two separate descriptions. The first concerns muscle tone: the spastic type, the commonest, with tight muscles and movement that meets resistance; the dyskinetic type, where tone swings and involuntary movements appear; the ataxic type, where balance and precision suffer; and mixed forms. The second concerns which parts of the body are involved: hemiparesis (one side), diplegia (mainly the legs), tetraparesis (the whole body).
Separately, motor function is graded on a scale from one to five: level one walks everywhere with minimal limitation, level five moves only in a chair and needs help. That scale is more practical than the diagnosis itself: it is stable from the age of two and is used to plan therapy, equipment and surgery.
Why it happens
The cause cannot always be established, and parents often spend years looking for someone to blame where there is no one. The known mechanisms are these.
- prematurity, the leading factor: the earlier the birth, the higher the risk, and the most vulnerable tissue is the white matter around the ventricles;
- infection during pregnancy and inflammation of the fetal membranes;
- impaired blood supply to the baby's brain, including a stroke before birth;
- severe lack of oxygen during birth: a real cause but not a common one, behind a minority of cases even though it is used to explain almost everything;
- multiple pregnancy and very low birth weight;
- after birth, meningitis and encephalitis, severe newborn jaundice left untreated, very low blood sugar, serious head injury, near-drowning.
Some of this can be prevented: treating jaundice and infection in time, and antenatal care. But where the damage has already happened, the cause is sought not to assign blame but to get the diagnosis right.
When to seek help and how the diagnosis is made
It is worth asking about any doubt over a child's development rather than waiting for them to grow out of it: the earlier help starts, the better an immature brain makes use of it.
There is one fact few people know that matters more than anything else here. Cerebral palsy does not progress. If a child loses skills already gained — has stopped walking, sitting or speaking — or if problems build in waves, this is not cerebral palsy but another illness, and it needs looking for. Some of these look-alikes are treatable: a form of dystonia that responds completely to a small dose of a single medicine, and several metabolic diseases where treatment exists and time works against the child. Lost skills should be raised with a doctor separately and insistently.
The diagnosis is built from the whole picture: a detailed account of the pregnancy, the birth and development, a neurological examination, and assessment of an infant's movements using standardised methods. Imaging shows the type and age of the damage and separates it from malformations and metabolic disease; where seizures are suspected an electroencephalogram is done, and in atypical cases genetic testing is added. A final wording is sometimes not given until the age of two, but waiting for it and doing nothing makes no sense: therapy starts on the basis of the difficulties present.
What helps
Nothing can undo the damage to the brain. Plenty of things genuinely change life, and they work better the earlier they start and the more consistently they are done.
- physiotherapy is the foundation: keeping movement going and preventing muscles from shortening and joints from deforming;
- occupational therapy: learning everyday tasks and choosing adaptations so the child does as much as possible unaided;
- speech and language therapy, for both speech and swallowing; where there is no speech, alternative communication from picture cards to voice-generating devices. This is not giving up on speech but giving the child a voice;
- splints, standing frames, walkers, wheelchairs and a properly fitted seat: not a mark of defeat but tools;
- medicines that reduce muscle tone, as tablets or, in severe spasticity, through a pump delivering the drug to the spinal cord; botulinum toxin injections into selected muscles;
- antiepileptic medicines for seizures, laxatives for constipation, treatment for excess saliva, and pain relief: pain is treated as seriously as everything else;
- surgery: lengthening shortened muscles and tendons, procedures on a subluxed hip, correction of scoliosis, and sometimes cutting part of the sensory nerve roots to reduce spasticity in the legs;
- feeding: where swallowing stays difficult, a tube or a gastrostomy is discussed. It is a hard decision, but it removes the risk of food entering the lungs and often lets a child gain weight at last.
And one thing not to do. If a method promises to "remove the diagnosis", demands giving up ordinary therapy, or is sold as prepaid courses, discuss it with the treating doctor before paying.
How it looks further along in life
Most children reach adulthood and live for many years; the outlook depends above all on how severe the movement problems are and on whether there is epilepsy and difficulty with feeding. The brain injury does not worsen, but the body works under strain, so in adult life joint and back pain, tiredness and reduced stamina come to the fore, and sometimes a loss of some abilities if exercise has been dropped.
Many go to mainstream school, train for work, hold jobs and live independently; others need constant support. Growing up often means losing the well-coordinated team that was there in childhood, so the move to adult services is worth planning in advance. And one thing that is rarely said: depression and anxiety are commoner than average both in people with cerebral palsy and in their parents, and they can be treated.
Online consultation
Remotely, a doctor can judge whether a child's developmental features fall within the usual range or an in-person assessment is needed, explain the wording of discharge letters and scan reports, help draw up a list of questions for the neurologist and the rehabilitation specialist, and check whether the current plan fits the child's age and abilities. The format also suits follow-up discussions: rising spasticity or pain, changes in seizures, problems with sleep, feeding and bowels, and weighing up yet another loudly advertised offer before it is paid for. Making the diagnosis in the first place requires an in-person examination, and if a child loses skills already gained or a seizure will not stop, a doctor is needed immediately.
This material is for information only and does not replace medical advice.
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