Differential effects of intermittent and continuous exposure to novel environmental stimuli on the development of amphetamine-induced behavioral sensitization in mice: Implications for addiction

Abstract Background Previous studies have demonstrated a preventive effect of continuous environmental enrichment during early development on the vulnerability of rodents to drug addiction-related behaviors. Recently, it was demonstrated that a continuous environmental enrichment could eliminate alr...

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Published inDrug and alcohol dependence Vol. 124; no. 1; pp. 135 - 141
Main Authors Fukushiro, Daniela F, Josino, Fabiana S, Saito, Luis P, Costa, Jacqueline M, Zanlorenci, Lineane H.F, Berro, Laís F, Fernandes-Santos, Luciano, Morgado, Fiorella, Mári-Kawamoto, Elisa, Frussa-Filho, Roberto
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Published Shannon Elsevier Ireland Ltd 01.07.2012
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Abstract Abstract Background Previous studies have demonstrated a preventive effect of continuous environmental enrichment during early development on the vulnerability of rodents to drug addiction-related behaviors. Recently, it was demonstrated that a continuous environmental enrichment could eliminate already established addiction-related behaviors in mice. The present study compared the effects of intermittent or continuous exposure to novel stimuli during repeated amphetamine (Amp) treatment on the development of behavioral sensitization (an animal model of addiction-related neuroadaptations) in adult mice. Methods Three-month-old male Swiss mice were treated with 2.5 mg/kg Amp every other day for 13 days in their home cages. Novel objects were presented in their home cages for 2 h on non-drug treatment days (experiment 1) or for 24 h/day during the 13 days of drug treatment (experiment 2). Seven days after the drug treatment had finished, the mice were challenged with 2.5 mg/kg Amp, and their locomotor activity was quantified in a familiar open field for 10 min. Results Intermittent exposure to the novel objects did not modify the acute Amp locomotor stimulatory effect but potentiated the development of Amp-induced locomotor sensitization. This enhanced sensitization was due to increased locomotion in the central squares of the apparatus, which suggests anxiolysis or increased impulsiveness. Conversely, continuous exposure to the novel objects potentiated the acute Amp locomotor stimulatory effect and blunted the development of Amp-induced locomotor sensitization. Conclusions We conclude that addiction-related behaviors can be differentially and critically modified depending on the schedule and period of the novelty exposure.
AbstractList Background: Previous studies have demonstrated a preventive effect of continuous environmental enrichment during early development on the vulnerability of rodents to drug addiction-related behaviors. Recently, it was demonstrated that a continuous environmental enrichment could eliminate already established addiction-related behaviors in mice. The present study compared the effects of intermittent or continuous exposure to novel stimuli during repeated amphetamine (Amp) treatment on the development of behavioral sensitization (an animal model of addiction-related neuroadaptations) in adult mice. Methods: Three-month-old male Swiss mice were treated with 2.5 mg/kg Amp every other day for 13 days in their home cages. Novel objects were presented in their home cages for 2 h on non-drug treatment days (experiment 1) or for 24 h/day during the 13 days of drug treatment (experiment 2). Seven days after the drug treatment had finished, the mice were challenged with 2.5 mg/kg Amp, and their locomotor activity was quantified in a familiar open field for 10 min. Results: Intermittent exposure to the novel objects did not modify the acute Amp locomotor stimulatory effect but potentiated the development of Amp-induced locomotor sensitization. This enhanced sensitization was due to increased locomotion in the central squares of the apparatus, which suggests anxiolysis or increased impulsiveness. Conversely, continuous exposure to the novel objects potentiated the acute Amp locomotor stimulatory effect and blunted the development of Amp-induced locomotor sensitization. Conclusions: We conclude that addiction-related behaviors can be differentially and critically modified depending on the schedule and period of the novelty exposure.
Previous studies have demonstrated a preventive effect of continuous environmental enrichment during early development on the vulnerability of rodents to drug addiction-related behaviors. Recently, it was demonstrated that a continuous environmental enrichment could eliminate already established addiction-related behaviors in mice. The present study compared the effects of intermittent or continuous exposure to novel stimuli during repeated amphetamine (Amp) treatment on the development of behavioral sensitization (an animal model of addiction-related neuroadaptations) in adult mice. Three-month-old male Swiss mice were treated with 2.5mg/kg Amp every other day for 13 days in their home cages. Novel objects were presented in their home cages for 2h on non-drug treatment days (experiment 1) or for 24h/day during the 13 days of drug treatment (experiment 2). Seven days after the drug treatment had finished, the mice were challenged with 2.5mg/kg Amp, and their locomotor activity was quantified in a familiar open field for 10 min. Intermittent exposure to the novel objects did not modify the acute Amp locomotor stimulatory effect but potentiated the development of Amp-induced locomotor sensitization. This enhanced sensitization was due to increased locomotion in the central squares of the apparatus, which suggests anxiolysis or increased impulsiveness. Conversely, continuous exposure to the novel objects potentiated the acute Amp locomotor stimulatory effect and blunted the development of Amp-induced locomotor sensitization. We conclude that addiction-related behaviors can be differentially and critically modified depending on the schedule and period of the novelty exposure.
Background: Previous studies have demonstrated a preventive effect of continuous environmental enrichment during early development on the vulnerability of rodents to drug addiction-related behaviors. Recently, it was demonstrated that a continuous environmental enrichment could eliminate already established addiction-related behaviors in mice. The present study compared the effects of intermittent or continuous exposure to novel stimuli during repeated amphetamine (Amp) treatment on the development of behavioral sensitization (an animal model of addiction-related neuroadaptations) in adult mice. Methods: Three-month-old male Swiss mice were treated with 2.5mg/kg Amp every other day for 13 days in their home cages. Novel objects were presented in their home cages for 2h on non-drug treatment days (experiment 1) or for 24h/day during the 13 days of drug treatment (experiment 2). Seven days after the drug treatment had finished, the mice were challenged with 2.5mg/kg Amp, and their locomotor activity was quantified in a familiar open field for 10min. Results: Intermittent exposure to the novel objects did not modify the acute Amp locomotor stimulatory effect but potentiated the development of Amp-induced locomotor sensitization. This enhanced sensitization was due to increased locomotion in the central squares of the apparatus, which suggests anxiolysis or increased impulsiveness. Conversely, continuous exposure to the novel objects potentiated the acute Amp locomotor stimulatory effect and blunted the development of Amp-induced locomotor sensitization. Conclusions: We conclude that addiction-related behaviors can be differentially and critically modified depending on the schedule and period of the novelty exposure. [Copyright Elsevier Ireland Ltd.]
Previous studies have demonstrated a preventive effect of continuous environmental enrichment during early development on the vulnerability of rodents to drug addiction-related behaviors. Recently, it was demonstrated that a continuous environmental enrichment could eliminate already established addiction-related behaviors in mice. The present study compared the effects of intermittent or continuous exposure to novel stimuli during repeated amphetamine (Amp) treatment on the development of behavioral sensitization (an animal model of addiction-related neuroadaptations) in adult mice. Three-month-old male Swiss mice were treated with 2.5mg/kg Amp every other day for 13 days in their home cages. Novel objects were presented in their home cages for 2h on non-drug treatment days (experiment 1) or for 24h/day during the 13 days of drug treatment (experiment 2). Seven days after the drug treatment had finished, the mice were challenged with 2.5mg/kg Amp, and their locomotor activity was quantified in a familiar open field for 10min. Intermittent exposure to the novel objects did not modify the acute Amp locomotor stimulatory effect but potentiated the development of Amp-induced locomotor sensitization. This enhanced sensitization was due to increased locomotion in the central squares of the apparatus, which suggests anxiolysis or increased impulsiveness. Conversely, continuous exposure to the novel objects potentiated the acute Amp locomotor stimulatory effect and blunted the development of Amp-induced locomotor sensitization. We conclude that addiction-related behaviors can be differentially and critically modified depending on the schedule and period of the novelty exposure.
Abstract Background Previous studies have demonstrated a preventive effect of continuous environmental enrichment during early development on the vulnerability of rodents to drug addiction-related behaviors. Recently, it was demonstrated that a continuous environmental enrichment could eliminate already established addiction-related behaviors in mice. The present study compared the effects of intermittent or continuous exposure to novel stimuli during repeated amphetamine (Amp) treatment on the development of behavioral sensitization (an animal model of addiction-related neuroadaptations) in adult mice. Methods Three-month-old male Swiss mice were treated with 2.5 mg/kg Amp every other day for 13 days in their home cages. Novel objects were presented in their home cages for 2 h on non-drug treatment days (experiment 1) or for 24 h/day during the 13 days of drug treatment (experiment 2). Seven days after the drug treatment had finished, the mice were challenged with 2.5 mg/kg Amp, and their locomotor activity was quantified in a familiar open field for 10 min. Results Intermittent exposure to the novel objects did not modify the acute Amp locomotor stimulatory effect but potentiated the development of Amp-induced locomotor sensitization. This enhanced sensitization was due to increased locomotion in the central squares of the apparatus, which suggests anxiolysis or increased impulsiveness. Conversely, continuous exposure to the novel objects potentiated the acute Amp locomotor stimulatory effect and blunted the development of Amp-induced locomotor sensitization. Conclusions We conclude that addiction-related behaviors can be differentially and critically modified depending on the schedule and period of the novelty exposure.
BACKGROUNDPrevious studies have demonstrated a preventive effect of continuous environmental enrichment during early development on the vulnerability of rodents to drug addiction-related behaviors. Recently, it was demonstrated that a continuous environmental enrichment could eliminate already established addiction-related behaviors in mice. The present study compared the effects of intermittent or continuous exposure to novel stimuli during repeated amphetamine (Amp) treatment on the development of behavioral sensitization (an animal model of addiction-related neuroadaptations) in adult mice.METHODSThree-month-old male Swiss mice were treated with 2.5mg/kg Amp every other day for 13 days in their home cages. Novel objects were presented in their home cages for 2h on non-drug treatment days (experiment 1) or for 24h/day during the 13 days of drug treatment (experiment 2). Seven days after the drug treatment had finished, the mice were challenged with 2.5mg/kg Amp, and their locomotor activity was quantified in a familiar open field for 10 min.RESULTSIntermittent exposure to the novel objects did not modify the acute Amp locomotor stimulatory effect but potentiated the development of Amp-induced locomotor sensitization. This enhanced sensitization was due to increased locomotion in the central squares of the apparatus, which suggests anxiolysis or increased impulsiveness. Conversely, continuous exposure to the novel objects potentiated the acute Amp locomotor stimulatory effect and blunted the development of Amp-induced locomotor sensitization.CONCLUSIONSWe conclude that addiction-related behaviors can be differentially and critically modified depending on the schedule and period of the novelty exposure.
Author Josino, Fabiana S
Morgado, Fiorella
Frussa-Filho, Roberto
Saito, Luis P
Berro, Laís F
Fukushiro, Daniela F
Zanlorenci, Lineane H.F
Costa, Jacqueline M
Mári-Kawamoto, Elisa
Fernandes-Santos, Luciano
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Issue 1
Keywords Locomotion
Amphetamine
Open field
Behavioral sensitization
Novel objects
Amphetamine derivatives
Continuous
Psychotropic
Intermittent
Development
Amfetamine
Sensitization
Drug of abuse
Public health
Human
Drug addiction
CNS stimulant
Rodentia
Exposure
Novelty stimulus
Open field behavior
Vertebrata
Mammalia
Addiction
Mouse
Animal
Environment
Language English
License CC BY 4.0
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Snippet Abstract Background Previous studies have demonstrated a preventive effect of continuous environmental enrichment during early development on the vulnerability...
Previous studies have demonstrated a preventive effect of continuous environmental enrichment during early development on the vulnerability of rodents to drug...
BACKGROUNDPrevious studies have demonstrated a preventive effect of continuous environmental enrichment during early development on the vulnerability of...
Background: Previous studies have demonstrated a preventive effect of continuous environmental enrichment during early development on the vulnerability of...
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SubjectTerms Addictive behaviors
Adult and adolescent clinical studies
Amphetamine
Amphetamine - pharmacology
Animals
Behavior, Animal - drug effects
Behavioral sensitization
Biological and medical sciences
Central Nervous System Sensitization
Central Nervous System Stimulants - pharmacology
Drug abuse
Drug addiction
Environment
Intermittent
Locomotion
Locomotion - drug effects
Male
Medical sciences
Mice
Miscellaneous
Motor Activity - drug effects
Neuropharmacology
Novel objects
Open field
Pharmacology. Drug treatments
Psychiatry
Psychoanaleptics: cns stimulant, antidepressant agent, nootropic agent, mood stabilizer
Psychoanaleptics: cns stimulant, antidepressant agent, nootropic agent, mood stabilizer..., (alzheimer disease)
Psychology. Psychoanalysis. Psychiatry
Psychopathology. Psychiatry
Psychopharmacology
Public health. Hygiene
Public health. Hygiene-occupational medicine
Sensitization
Social development
Treatment
Title Differential effects of intermittent and continuous exposure to novel environmental stimuli on the development of amphetamine-induced behavioral sensitization in mice: Implications for addiction
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https://dx.doi.org/10.1016/j.drugalcdep.2011.12.026
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Volume 124
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