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Intercalated cells of the amygdala

The Intercalated cells of the amygdala are GABAergic neurons situated between the basolateral and central nuclei of the amygdala that play a significant role in inhibitory control over the amygdala. They regulate amygdala-dependent emotional processing like fear memory and social behavior. Their function has been best studied with selective ITC ablation which impairs fear extinction, fear generalization, and social behavior. Studies have begun to recognize that ITC clusters may be implicated in reward, addiction, and withdrawal circuits given their heavy expression of dopamine and opioid receptors.

Function
ITC cells are thought to play a role as the "off" switch for the amygdala, inhibiting the amygdala's central nucleus output neurons and its basolateral nucleus neurons. Some researchers speculate that ITC cells could serve as a substrate for the expression and storage of extinction memory via their extensive local inhibition within the amygdala. == Connectivity ==
Connectivity
ITCs have complex connections from both thalamic and cortical nuclei. In the rodent model, each ITC cluster has its own connection and projection patterns. Furthermore, ITC neurons within each cluster are often connected to each other and distinct clusters appear to be connected to each other The best clusters studied to date are the ITCdm and ITCvm clusters which are reciprocally connected to each other. == See also ==
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