Neurology diagnoses and treats disorders of the nervous system, including the brain, spinal cord, and nerves, as well as thought and memory.
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The treatment landscape for pediatric neuromuscular disorders has transformed from purely supportive care to active disease modification. The approval of gene therapies and molecular interventions offers the potential to halt disease progression. However, these high tech treatments must be paired with rigorous standard of care—rehabilitation, respiratory support, and cardiac management—to ensure the best outcomes.
We have entered the era of genetic medicine. For Spinal Muscular Atrophy (SMA), gene replacement therapy (Zolgensma) uses a viral vector to deliver a functional copy of the SMN1 gene into the motor neurons. This one time infusion can prevent motor neuron death. Alternatively, splicing modifiers (Spinraza, Evrysdi) boost the production of protein from a backup gene.
For Duchenne Muscular Dystrophy, “exon skipping” therapies act like a molecular patch. They mask the specific mutation in the genetic code, allowing the body to produce a shortened but functional dystrophin protein. While not a cure, this can convert a severe Duchenne phenotype into a milder Becker like presentation.
Corticosteroids (Prednisone, Deflazacort) remain the gold standard for Duchenne Muscular Dystrophy. They reduce inflammation and stabilize muscle membranes, prolonging the ability to walk by several years and protecting the heart and lungs. Managing the side effects of chronic steroid use is a major part of clinical care.
For Myasthenia Gravis, acetylcholinesterase inhibitors (Pyridostigmine) are used to help electrical signals cross the neuromuscular junction. Immunosuppressants are added to stop the immune system from attacking the receptors. In metabolic myopathies, specific “cocktails” of vitamins and cofactors (like Riboflavin or CoQ10) may improve energy production.
Respiratory failure is the leading cause of mortality in many neuromuscular conditions. As the diaphragm weakens, the ability to cough and clear mucus diminishes. “Cough Assist” machines (mechanical insufflation exsufflation) are vital for clearing the airways during colds. Nocturnal non invasive ventilation (BiPAP) rests the breathing muscles at night.
Cardiac care is preventative. In Duchenne and Becker MD, the heart muscle develops fibrosis. ACE inhibitors and beta blockers are started early, often before any symptoms appear, to reduce the workload on the heart and prevent remodeling. Regular cardiac MRIs track the health of the myocardium.
Physical therapy focuses on maintaining flexibility and function. Because muscles are fragile, “eccentric” exercise (lengthening under load) can cause damage and is avoided. Instead, submaximal aerobic exercise and regular stretching are encouraged. The goal is to prevent contractures that limit mobility.
Occupational therapy maximizes independence. This includes prescribing adaptive equipment for feeding and writing. Power wheelchairs are introduced early, not as “giving up,” but as a tool for independent mobility that conserves the child’s limited energy for learning and play.
Despite stretching, contractures and scoliosis often develop. Orthopedic surgery plays a key role in maintaining quality of life. Tendon release surgeries (like heel cord lengthening) can allow a child to keep their feet flat. Spinal fusion surgery involves placing rods in the back to straighten the spine and prevent lung compression.
Bone health is critical. Children with neuromuscular disorders have weak bones due to lack of weight bearing and steroid use. Bisphosphonate infusions may be used to treat osteoporosis and prevent painful vertebral fractures. Standing frames are used daily to provide weight bearing stress to the long bones.
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When the chest muscles are weak, a child cannot cough strong enough to clear mucus during a cold. The machine mimics a strong natural cough to prevent pneumonia.
Gentle exercise like swimming is great, but “pumping iron” or running downhill can actually damage fragile muscles. We recommend low impact activity to stay healthy without injury.
Many children with neuromuscular diseases develop scoliosis (curved spine). If it becomes severe, we put rods in the back to keep them sitting straight and protect their lungs.
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