About this Research Topic
The diversity of interneurons in the central nervous system is striking. Only in the cortex, interneurons account for around 20% of all neurons; most of these cells are GABAergic and are morphologically and functionally diverse since they comprise no less than twenty-three different types. Indeed, the malfunction of some of these neurons has been associated with some neurological disorders such as depression, epilepsy or schizophrenia.
In general, each interneuron type can be more effectively driven by a preferred stimulus; this diversity of activation thus broadens the operating range of the neuronal circuits. In this context, understanding the roles of each individual interneuron type is a critical first step in elucidating the functionality of the whole neuronal circuit.
This Research Topic will focus on how local interneurons modulate sensory signal processing and highlight the roles that interneurons play in physiological or pathological circuitries.
Contributors may submit:
1. Reviews highlighting the significant features of inhibitory neurons within their circuits;
2. Original Research that addresses interneuron function using a variety of experimental (anatomical, electrophysiological, translational…) and computational approaches emulating the central nervous system neuronal activity.
In general, each interneuron type can be more effectively driven by a preferred stimulus; this diversity of activation thus broadens the operating range of the neuronal circuits. In this context, understanding the roles of each individual interneuron type is a critical first step in elucidating the functionality of the whole neuronal circuit.
This Research Topic will focus on how local interneurons modulate sensory signal processing and highlight the roles that interneurons play in physiological or pathological circuitries.
Contributors may submit:
1. Reviews highlighting the significant features of inhibitory neurons within their circuits;
2. Original Research that addresses interneuron function using a variety of experimental (anatomical, electrophysiological, translational…) and computational approaches emulating the central nervous system neuronal activity.
Keywords: Interneuron, Network, Central nervous system, Neuronal circuitry, GABAergic
Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
