Observable changes typically emerge 8–16 weeks post-infusion and may continue to improve over 6–12 months. Durability beyond 12 months is incompletely characterised; a few families report sustained gains years later, but systematic follow-up is sparse. Unlike acute neuroprotective effects, developmental gains likely depend on ongoing neural plasticity and environmental support (education, therapy). Repeat infusions may be needed to sustain or amplify benefit, but protocols are not standardised.
Developmental cognitive delay encompasses intellectual disabilities arising from prenatal, perinatal, or early postnatal injury or genetic factors. Stem cell research in this field concentrates on neurogenic cells—progenitors capable of differentiating into neurons and supporting glial cells—and placental mesenchymal stem cells (MSCs), which secrete neuroprotective factors. The therapeutic rationale rests on replacing damaged neural tissue and reducing neuroinflammation in developing brains. Neurogenic cells, often derived from foetal sources or reprogrammed from adult tissue, may promote rewiring of neural circuits impaired by anoxia, infection, or genetic dysgenesis. Placental MSCs offer an allogeneic, non-invasive source with immunomodulatory properties. Two registered trials and one actively recruiting study are currently investigating safety and functional outcomes in paediatric populations.
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由 StemCellAtlas 的编辑团队进行医学审查，与Kiian Nadiia, MD, PhD (Paediatric Neurologist · Medical Director, CSM Clinic Network · 12+ yrs in Autism Spectrum Disorders) 合作诊所 Stem Plus（索菲亚）的，根据 ISSCR、FDA 和 EMA 指南。 Educational information, not medical advice; figures indicative.
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