Studies have shown that drug treatments that control inflammation in damaged tissues, combined with rehabilitation treatment...
After a stroke, a natural but often inadequate repair process starts in the damaged tissue in order to regain brain functions that have been impaired due to damaged tissue. Many mechanisms play a role in this process by affecting and being affected by each other. The effectiveness of these intertwined repair mechanisms will determine the fate of the "reconstruction" of the damaged brain tissue, i.e. the development of "neuroplasticity".
The basic biological mechanisms of neuro-repair are protective, but when processes such as inflammation are intense, they can sometimes produce undesirable effects.
Protective Mechanisms:
Neuroregeneration:
Neurotrophic effects, i.e. the re-development of cell extensions
Neuroplasticity, that is, the reconnection of cells with each other through their extensions, synaptogenesis
Neurogenesis, i.e. activation of neuronal stem cells and migration to the damaged area
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