Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
4341540 | Neuroscience | 2008 | 13 Pages |
Abstract
We report here specific c-fos and arc patterns of reactivity in amygdala nuclei during withdrawal conditioning. These findings improve our understanding of the involvement of the amygdala network in the formation and retrieval of withdrawal memories. Plasticity processes within BLA output neurons during conditioning, may participate in increasing the BLA reactivity to conditioned stimuli, which could in turn (by the control of downstream nuclei) reinforce and drive the motivational properties of withdrawal over drug consumption.
Keywords
BLASSCITCNALGADCPAIEGCeAglutamic acid decarboxylaseIn situ hybridizationSALEDTAethylene-diamine-tetraacetic acidsodium citrate bufferSalinebasolateral complex of the amygdalaBasolateral complexunconditioned stimulusconditioned stimulusconditioned place aversionNaloxonecentral nucleus of the amygdalaOpiate dependenceimmediate early gene
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Authors
M. Lucas, F. Frenois, C. Vouillac, L. Stinus, M. Cador, C. Le Moine,