Neural Power describes the capacity of the central and peripheral nervous systems to sustain high-level cognitive processing and execute complex motor commands with speed and accuracy. This is a measure of neurological efficiency under demanding conditions, requiring rapid information processing and robust synaptic function. High neural power correlates with superior focus and reaction time. We assess this capacity through functional metrics.
Origin
The concept originates from neuroscience and motor control research, focusing on the quantitative aspects of neuronal performance. In the context of wellness science, it connects directly to the metabolic and hormonal support required for sustained high-level neural activity. The origin emphasizes the brain’s requirement for optimal energy substrate delivery.
Mechanism
Neural power is sustained by efficient neurotransmitter cycling, ensuring rapid signal transmission across synapses without depletion or saturation of receptor sites. Furthermore, adequate cerebral blood flow is necessary to supply the high rate of glucose consumption required by active neural tissue. Certain neurosteroids and thyroid hormones modulate neuronal excitability and plasticity, directly contributing to the overall robustness of the neural network’s output.
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