Neural metabolic rate

"Neural metabolic rate" generally refers to the **rate of energy metabolism in neural tissue (especially the brain)**, describing the amount of energy (for example, glucose or oxygen consumption) required by neurons and glia to maintain synaptic activity and fundamental brain functions[2][5]. It is a physiological parameter reflecting the energetic demands of neural networks, highly relevant for understanding brain function and diseases with bioenergetic impairment such as Alzheimer's and Parkinson's diseases[5]. It is not, however, a specific molecular entity or therapeutically actionable biological target. Therefore, it is not possible to provide structured drug-target information for "neural metabolic rate," as it is a physiological measurement, not a molecule, receptor, enzyme, or related drug target.

Other names

brain energy metabolismcerebral metabolic rate