Spinal Cord Injury in Children: Why Age Changes Everything

Your child was in an accident, or a fall, or a difficult delivery, and now a doctor has said the words "spinal cord injury." You do not fully understand what that means for movement, for sensation, for the years ahead. You just know your child is in a hospital bed, and you need someone to explain this properly.

Paediatric spinal cord injury is uncommon enough that many hospitals see only a handful of cases each year. That means the team treating your child may have built most of its experience on adults, whose spines and recovery patterns are different. Getting a paediatric-specific opinion early, on both the injury and the rehabilitation plan, shapes what the next few years look like.

What is a spinal cord injury?

The spinal cord is a bundle of nerve fibres running from the base of the brain down through the spine. It carries every signal between the brain and the rest of the body: movement instructions going down, sensation and pain going up. A spinal cord injury damages this bundle, disrupting the signals passing through the damaged point.

Children face a particular quirk of anatomy here. Their spinal columns, the bones and ligaments protecting the cord, are still maturing and more flexible than an adult's. This means the column can stretch and shift under force without actually fracturing, while the cord inside it still sustains damage.

Known as Spinal Cord Injury Without Radiographic Abnormality (SCIWORA), this occurs when the cord is damaged despite normal X-ray and CT findings showing no fracture or ligamentous instability, and it is significantly more common in children than adults, particularly those under age 8. It serves as a critical reminder that a normal-looking X-ray or CT scan does not automatically rule out a severe spinal injury.

Paediatric spinal cord injury is also genuinely rare. It accounts for roughly 2 to 5% of all spinal cord injuries across all ages.

Causes of spinal cord injury in children

The mechanism behind a child's injury usually says something about their age. Younger children are more often hurt in car accidents and falls. Older children and teenagers are more often hurt playing sport, or in traffic accidents involving greater speed.

Common causes include:

• Road traffic accidents
• Falls, particularly from height
• Sports injuries, including diving and contact sport
• Birth-related injury during a difficult delivery
• Non-accidental injury
• Penetrating trauma
• Infection or inflammation affecting the spinal cord
• Rare medical or surgical complications

Types of spinal cord injury

Spinal cord injuries are classified two ways: by which part of the spine is affected, and by how much function remains below the injury.

Spinal cord segments

The spinal cord runs through four main regions, each responsible for a different set of functions.

• Cervical spine (C1–C8): eight nerve pairs running from the base of the skull to shoulder level, controlling the neck, arms, and, in higher injuries, breathing.
• Thoracic spine (T1–T12): twelve nerve pairs from the upper back to just below the navel, controlling trunk stability and upper body movement.
• Lumbar spine (L1–L5): five nerve pairs extending toward the buttocks, controlling the hips and legs.
• Sacral spine (S1–S5): five nerve pairs in the lower back, controlling bladder, bowel, and parts of leg and foot function.

Level of injury

• Incomplete injury: partial damage. Some movement, sensation, or muscle control remains below the injury site.
• Complete injury: total loss of signal below the injury site, with no movement or sensation in that area.

The level and completeness together shape what a rehabilitation team can realistically work toward. This is why a thorough early assessment matters more than early reassurance, however well-meant.

Common injuries in spinal cord

Where a child's injury sits on the spine tends to follow their age, because a young child's head is proportionally heavier relative to their neck than an adult's.

In children under 8, injuries cluster in the upper cervical spine, above C4. These are usually caused by falls, traffic accidents, or, in some cases, abuse.

In children over 8, injuries shift toward the lower cervical spine, C5 to C7, following a pattern closer to adult injuries and more often linked to sport and traffic accidents.

Younger children are also more likely to sustain SCIWORA, and more likely to have a complete rather than incomplete injury, because their spinal column offers less physical protection to the cord itself.

Common symptoms of spinal cord injury

Symptoms depend on where the injury sits and how severe it is. Watch for:

• Sudden, sharp pain at the site of injury
• Tingling, numbness, or a burning feeling in the arms or legs
• Weakness, or inability to move an arm or leg
• Loss of bladder or bowel control
• Difficulty breathing, particularly with injuries high in the neck
• Spinal shock is a temporary loss of reflexes and sensation just after the injury, which can make the damage look more severe than it eventually proves to be

Diagnosis of spinal cord injury

Diagnosis starts with a physical and neurological exam, checking movement, sensation, and reflexes at each level of the body. Doctors pay particularly close attention when the mechanism was a fall from more than 3 metres, a traffic accident, suspected abuse, or penetrating trauma.

Imaging follows. X-rays check for obvious bone injury. An MRI looks directly at the spinal cord and surrounding soft tissue, which matters because SCIWORA cases can have entirely normal-looking bones. A CT scan adds detail on any vertebral fracture.

One detail worth knowing: neurological symptoms in children can appear anywhere from 30 minutes to four days after the initial injury. If your child's medical team wants to reassess over several days rather than confirm everything immediately, that reflects genuine clinical caution, not uncertainty about what they are doing.

Treatment options for spinal cord injury

There is no single protocol. Treatment depends on where the injury sits, how complete it is, how your child responds in the first hours and days, and, throughout, your family's input on care decisions.

Children with a suspected spinal cord injury are typically stabilised at a paediatric trauma centre first, to prevent the injury from worsening. From there, care can include:

• Immobilisation of the head and neck, to prevent further movement and further damage
• Intensive care, for children whose breathing or circulation needs close monitoring
• Medication, to manage pain, muscle spasm, and swelling, prescribed and adjusted by the treating team
• Physiotherapy, to address muscle weakness and stiffness from early on
• Surgery, used less often in children than in adults, but sometimes necessary to stabilise a fracture or relieve pressure on the cord

Rehabilitation

Rehabilitation is where most of the long-term work happens. Paediatric physiotherapy and occupational therapy aim to prevent stiffness, build strength, and teach practical skills: using a wheelchair or crutches, managing bladder and bowel care, and adapting daily tasks to what the body can currently do.

Clinical guidance generally recommends two to three therapy sessions a week through the first year after injury, tapering to one or two a week over the following one to two years. What happens between sessions matters just as much. A child's progress in rehabilitation depends heavily on what carries over at home, not only on time spent in the clinic.

Emotional support runs alongside the physical work. Children process frustration, fear, and grief differently at different ages, and rehabilitation teams that work with children build this into the programme rather than treating it as separate from recovery.

Complications of spinal cord injury

A spinal cord injury in childhood interacts with a body that is still growing, which creates complications adult SCI care does not need to plan for in the same way.

• Scoliosis is a sideways curve of the spine develops in almost all children injured before their growth spurt, far more often than in children injured afterwards. This is closely monitored, not always immediately treated.
• Hip subluxation or dislocation, particularly common in children injured very young.
• Pressure sores, from prolonged immobility on skin and underlying tissue.
• Neurogenic bladder, where nerve damage affects normal bladder function, sometimes leading to urinary tract infections.
• Autonomic dysreflexia, a sudden overreaction of the nervous system to pain or stimulus below the injury level, needing prompt medical attention when it occurs.
• Respiratory complications such as pneumonia are among the most serious risks associated with higher-level injuries, making breathing support and airway clearance an essential part of ongoing care.

How HiA helps

Health in Asia (HiA) helps you connect with experienced spine specialists in Singapore. Whether your child needs an initial assessment, a second opinion, or a tailored rehabilitation plan, HiA makes it easier to find and book appointments with suitable specialists based on your child's needs.

If you're unsure whether your child's symptoms require urgent medical attention, speak with our Care Team on WhatsApp for personalised guidance and help finding the right specialist.