Neural circuit modulation

"Neural circuit modulation" refers to the regulation or alteration of the activity within networks of interconnected neurons—known as neural circuits—rather than to any specific molecule, receptor, enzyme, or protein. Neural circuits are fundamental units in the nervous system that integrate sensory information and generate motor responses as well as cognitive and emotional processes[1][5]. Modulation can occur through various means such as neuromodulators (neurotransmitters), hormones, sensory input, or direct physical interventions like optogenetics or sonogenetics[2][3]. This process is essential for adapting behaviors to changing environments and underlies many aspects of brain function. Dysfunctional modulation is implicated in numerous neurological and psychiatric diseases including Parkinson’s disease, depression, anxiety disorders, schizophrenia, and Alzheimer’s disease[1][2]. However, "neural circuit modulation" itself does not refer to a single defined molecular entity suitable for drug targeting; it describes an overarching physiological concept/process involving many different molecules across diverse pathways. Therefore it should not be considered a canonical therapeutic target like an individual receptor or enzyme. --- **Note:** The entry "Neural circuit modulation" does not correspond to any specific molecule/receptor/target but rather describes a broad functional process within neuroscience. It cannot be mapped onto structured fields intended for discrete molecular targets such as receptors or enzymes.

Other names

Neural circuit modulationModulation of neural circuitsCircuit modulation