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Wolter, Michael; Huff, Ethan; Speigel, Talia; Winters, Boyer D.; Leri, Francesco – Learning & Memory, 2019
To test the hypothesis that drugs of abuse and their conditioned stimuli (CSs) enhance memory consolidation, the effects of post-training exposure to cocaine and nicotine were compared to the effects of post-training exposure to contextual stimuli that were paired with the effects of these drugs. Using the object recognition (OR) task, it was…
Descriptors: Cocaine, Smoking, Substance Abuse, Recognition (Psychology)
Doncheck, Elizabeth M.; Hafenbreidel, Madalyn; Ruder, Sarah A.; Fitzgerald, Michael K.; Torres, Lilith; Mueller, Devin – Learning & Memory, 2018
In cocaine use disorder, relapse can be elicited by drug-associated cues despite long periods of abstinence. The persistence of drug-associated cues in eliciting drug seeking suggests enduring changes in structural and functional plasticity, which may be mediated by basic fibroblast growth factor (bFGF, FGF2). Stimulant drug use increases bFGF…
Descriptors: Cocaine, Cues, Drug Use, Rewards
Marshall, Andrew T.; Ostlund, Sean B. – Learning & Memory, 2018
Drug-paired cues acquire powerful motivational properties, but only lead to active drug-seeking behavior if they are potent enough to overwhelm the cognitive control processes that serve to suppress such urges. Studies using the Pavlovian-to-instrumental transfer (PIT) task have shown that rats pretreated with cocaine or amphetamine exhibit…
Descriptors: Cues, Drug Use, Animals, Delay of Gratification
Briggs, Sherri B.; Blouin, Ashley M.; Young, Erica J.; Rumbaugh, Gavin; Miller, Courtney A. – Learning & Memory, 2017
Depolymerizing actin in the amygdala through nonmuscle myosin II inhibition (NMIIi) produces a selective, lasting, and retrieval-independent disruption of the storage of methamphetamine-associated memories. Here we report a similar disruption of memories associated with amphetamine, but not cocaine or morphine, by NMIIi. Reconsolidation appeared…
Descriptors: Memory, Brain Hemisphere Functions, Brain, Inhibition
Pizzimenti, Christie L.; Navis, Tom M.; Lattal, K. Matthew – Learning & Memory, 2017
Even following long periods of abstinence, individuals with anxiety disorders have high rates of relapse to drugs of abuse. Although many current models of relapse demonstrate effects of acute stress on drug-seeking, most of these studies examine stressful experiences that occur in close temporal and physical proximity to the reinstatement test.…
Descriptors: Anxiety Disorders, Drug Addiction, Posttraumatic Stress Disorder, Fear
Briggs, Sherri B.; Hafenbreidel, Madalyn; Young, Erica J.; Rumbaugh, Gavin; Miller, Courtney A. – Learning & Memory, 2018
Using pharmacologic and genetic approaches targeting actin or the actin-driving molecular motor, nonmuscle myosin II (NMII), we previously discovered an immediate, retrieval-independent, and long-lasting disruption of methamphetamine- (METH-) and amphetamine-associated memories. A single intrabasolateral amygdala complex infusion or systemic…
Descriptors: Role, Memory, Genetics, Drug Therapy
Kennedy, Bruce C.; Kohli, Maulika; Maertens, Jamie J.; Marell, Paulina S.; Gewirtz, Jonathan C. – Learning & Memory, 2016
Pavlovian conditioned approach behavior can be directed as much toward discrete cues as it is toward the environmental contexts in which those cues are encountered. The current experiments characterized a tendency of rats to approach object cues whose prior exposure had been paired with reward (conditioned object preference, COP). To demonstrate…
Descriptors: Conditioning, Cues, Animals, Cocaine
Dunbar, Amber B.; Taylor, Jane R. – Learning & Memory, 2016
Previously consolidated memories have the potential to enter a state of lability upon memory recall, during which time the memory can be altered before undergoing an additional consolidation-like process and being stored again as a long-term memory. Blocking reconsolidation of aberrant memories has been proposed as a potential treatment for…
Descriptors: Cocaine, Brain, Inhibition, Memory
Childs, Jessica E.; DeLeon, Jaime; Nickel, Emily; Kroener, Sven – Learning & Memory, 2017
Drugs of abuse cause changes in the prefrontal cortex (PFC) and associated regions that impair inhibitory control over drug-seeking. Breaking the contingencies between drug-associated cues and the delivery of the reward during extinction learning reduces rates of relapse. Here we used vagus nerve stimulation (VNS) to induce targeted synaptic…
Descriptors: Cocaine, Genetics, Drug Use, Drug Abuse