Behavioral Neuroscience · 2014 · 27 citations · 42 references
Public HealthBehavioral SciencesPsychologyBehavioral NeuroscienceBiological PsychologyExperimental PsychologyAddictionAddiction NeurobiologyClassical ConditioningDrug DependenceOperant ConditioningAversive LearningDrug Cue ReactivityDrug ReinforcementReinforcement MechanismsTrial-by-trial LearningTrial-to-trial Learning
Rats emit aversive taste reactivity (TR) behavior (i.e., gapes) following intraoral delivery of a cocaine-paired taste cue and greater conditioned aversive TR at the end of training predicts greater drug-seeking and taking. Here, we examined the development of this conditioned aversive TR behavior on a trial-by-trial basis in an effort to determine when the change in behavior occurs and whether early changes in this behavior can be used to predict later drug taking. The results show that conditioned aversive TR to a cocaine-paired cue occurs very early in training (i.e., following as few as 1-2 taste-drug pairings) and, importantly, that it can be used to predict later drug seeking and drug taking in rats.
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