The intricate biochemical and structural processes within the central nervous system dedicated to maintaining, remodeling, and restoring damaged or aged synapses, which are the fundamental junctions for neural communication. These mechanisms involve regulating receptor turnover, clearing aggregated proteins, and promoting dendritic spine stability. Robust synaptic repair is vital for long-term cognitive health and plasticity. We focus on the cellular maintenance of brain connectivity.
Origin
This area is rooted in molecular neuroscience, specifically the study of synaptic plasticity and neuroregeneration. ‘Repair’ emphasizes the active restoration of junctional integrity following insults like oxidative stress or excitotoxicity.
Mechanism
Repair often involves the activity of specialized proteases that clear damaged post-synaptic densities, followed by the upregulation of neurotrophic factors like BDNF, which promote new spine formation. Hormonal signals, particularly estrogen and thyroid hormones, act as critical regulators, influencing the expression of proteins involved in scaffolding and neurotransmitter vesicle recycling. Supporting these mechanisms ensures efficient signal transmission persists over time.
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