Author(s) :

Aqsa Shahid .

Volume/Issue :

Abstract :

The study aimed to understand the role of neuroplasticity in learning and recovery following brain injury, with an emphasis on how brain reorganises itself to make up for lost function. Neuroplasticity is brain’s capacity to generate new neural connections is essential for learning new skills as well as recovery from brain injury. The study covered various forms neuroplasticity including synaptic, structural, and functional plasticity and how these processes develop the basis of cognitive flexibility and functional recovery. Findings indicated that neuroplasticity allows functional compensation after brain injury like stroke and traumatic brain injury, and synaptic plasticity was helped accountable for strengthening neural connections. Rehabilitations strategies, including physical exercises, neurostimulation, and cognitive therapies, were identified to enhance neuroplastic changes, optimising recovery outcomes.

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