Most follow-up extends 6–24 months. Some children sustain spasticity reduction over 1–2 years; others see effects diminish. The brain injury itself is fixed, but secondary complications can still worsen function. Any benefit likely reflects temporary anti-inflammatory or plasticity effects rather than permanent rewiring; repeated infusions are sometimes discussed.
Cerebral palsy results from non-progressive brain injury around the time of birth, producing motor dysfunction, spasticity and variable cognitive or sensory impairment. Stem-cell research targets neuroprotection and plasticity: placental mesenchymal stem cells are studied for anti-inflammatory effects that may limit secondary neuronal loss and reduce spasticity, while neurogenic cells are explored to support damaged motor circuitry and synaptic reorganisation. Because the brain injury is fixed, intervention aims to limit secondary damage and enhance plasticity rather than reverse established damage. Trials enrol children and young adults; reported outcomes include spasticity reduction and motor-function changes, usually alongside intensive physiotherapy.
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Revizuit medical de echipa editorială a StemCellAtlas cu Kiian Nadiia, MD, PhD (Paediatric Neurologist · Medical Director, CSM Clinic Network · 12+ yrs in Autism Spectrum Disorders) ale clinicii partenere Stem Plus (Sofia), în funcție de orientările ISSCR, FDA și EMA. Educational information, not medical advice; figures indicative.
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