You've proven you know nothing about why a neuron gives up its' current function and takes on a neighbor's function! Figuring that out would make neuroplasticity repeatable on demand!
Neuroplasticity in Post-Stroke Adults: Mechanisms, Modulators, and Rehabilitation Strategies: A Literature Review
Abstract
Cerebrovascular stroke remains a leading cause of long-term disability and motor impairment worldwide. Although the adult brain possesses less regenerative capacity than the pediatric nervous system, it retains a significant ability to reorganize neural networks through neuroplasticity. Understanding the biological mechanisms that govern post-stroke neuroplasticity is essential for optimizing recovery and rehabilitation outcomes. This narrative review synthesizes current evidence on the cellular and molecular pathways underlying neuroplastic changes following stroke and examines key modulators, including epigenetic regulation, neuroinflammation, sleep, environmental enrichment, and pharmacological interventions. Relevant peer-reviewed studies, systematic reviews, and preclinical investigations were analyzed to provide a comprehensive overview of the field. Current evidence suggests that adult post-stroke neuroplasticity is a dynamic and therapeutically modifiable process. Multimodal rehabilitation programs, targeted epigenetic therapies, anti-inflammatory strategies, and emerging technologies such as stem cell therapy and optogenetics represent promising avenues for enhancing neurological recovery, particularly during the critical 3-6 month period following stroke.
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