Neural Mechanisms of Addiction

Stress Cocaine Abuse Drug-addiction Drugs Addiction Alcohol Reward Memory Operant conditioning Plasticity Circadian rhythms Binge drinking Basal ganglia Relapse Cell adhesion molecules Transcription Oxytocin Circuits Morphine Glutamate Extinction Animal models Methamphetamine Dopamine Opioids Prefrontal cortex Morphology Nicotine Adrenaline Substance abuse Extracellular matrix Methylation Hippocampus Astrocytes Deep Brain Stimulation Neuroscience Dendritic Spines Matrix Metalloproteinases Epigenetics animal model Substance use disorder Escalation NMDA Mechanisms CREB Striatum Molecular clock Psychostimulants Glia Cues FOS Glucocorticoid Reinstatement SRF Super-resolution imaging Impulsivity Norepinephrine Opioid Withdrawal Opiates Insula Xct Neuron Associative learning Histone Corticotropin-releasing factor Renewal Early life stress Conclusions Molecular mechanisms AMPA Compulsivity Chronotype Self-administration Acetylation Nucleus Accumbens adrenergic receptor AMPA Receptors Alcohol Use Disorder Circadian Genes Compulsive drug use Conditioned Place Preference CRF Daun02 Clock controlled genes Drug relapse Cue-exposure therapy Cue Competition Extended amygdala GLT-1 GABAB Receptors GluA1 Drug discrimination Medium spiny neuron Locus Coeruleus Mesocorticolimbic FosB mGlu5 Neural Ensemble noradrenaline Predator odor Stress-potentiated relapse Incubation of craving Stress-triggered relapse System xc- mGlu2/3 substance abuse disorder NMDA receptors Pavlovian Conditioning Perineuronal nets Subthalamic Nucleus Tetrapartite synapse Ventral Tegmental Area