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Neural network synchronization refers to the coordinated timing of electrical activity across neurons or neural circuits, enabling efficient communication and functional integration within the brain. This synchronization is integral for normal sensory perception, cognitive processing, and motor function, and involves rhythmic firing patterns across various frequency bands. It relies on both cellular/molecular mechanisms (synaptic connectivity, plasticity, gap junctions) and network properties (topology, coupling strength, oscillator dynamics). Disruption or excessive synchronization is characteristic of several neurological diseases, including epilepsy and Parkinson’s disease. While not itself a molecular drug target, therapies such as deep brain stimulation seek to modulate abnormal synchronization patterns to restore neural function.
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