urons), targeting excitatory [GABA A](brain://4WC9EJ-3Y0yw9CUJDgkE0A/GabaaReceptor) or inhibitory [GABA B receptors](brain://p9T0w5pdD0OKu5FzAsB4AA/GababReceptor) that modulate [motility](brain://c0QPqyNx8E6A4rMqs9BwuQ/GastrointestinalMotilityGastrointestinalPhysiology) and [mucosal function](brain://Be7uzfL9Wke3jdfY7Y-Q7g/MucosalFunction). Krantis 2000 News Physiol. Sci 15: 284-290 Enteric [4-Aminobutyric acid / GABA](brain://5rrUfFpisUWW1MnxAYaMew/4AminobutyricAcidGaba)ergic neurons appear to be exclusively [interneurons](brain://yEI7e_-z-kSkgnBKqC6ivg/Interneurons) that release 4-[Aminobutyric acid / GABA](brain://ClZu_gQSTkaHegDbQ1QVfQ/4AminobutyricAcidGaba) as an [excitatory neurotransmitter](brain://9y-OseWcmU6MEZlNWAQa2g/ExcitatoryNeurotransmitter), as opposed to its inhibitory role in the [CNS](brain://t-a8fcXld16_S4O12ziwyQ/CentralNervousSystemCns). Krantis 2000 News Physiol. Sci 15: 284-290 21:T59e,

4-Aminobutyric acid / GABA is a transmitter of enteric interneurons, targeting excitatory GABA A or inhibitory GABA B receptors that modulate motility and mucosal function.
Krantis 2000 News Physiol. Sci 15: 284-290

Enteric 4-Aminobutyric acid / GABAergic neurons appear to be exclusively interneurons that release 4-

4-Aminobutyric acid / GABA & Enteric nervous system (ENS)

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