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Neurobiological models for evaluating mechanisms underlying cocaine addiction.
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  • Neurobiological models for evaluating mechanisms underlying cocaine addiction.
Utgivning, distribution etc.
  • National Institute on Drug Abuse, Rockville, Md : 1994
Fysisk beskrivning
  • 216 s : ill.
Serietitel - biuppslagsform
  • NIDA research monograph series ; 145 NIH publication ; 94-3600
Anmärkning: Allmän
  • E-bok
Anmärkning: Innehållsbeskrivning, sammanfattning
  • Role for the mesocortical dopamine system in the motivating effects of cocaine. Dopamine, a common substrate for the rewarding effects of brain stimulation reward, cocaine, and morphine. Neurobehavioral pharmacology of cocaine: role for serotonin in its locomotor and discriminative stimulus effects. A review of effects of dopaminergic agents in humans: implications for medication development. Use of rodent self-administration models to develop pharmacotherapies for cocaine abuse. Pharmacological and behavioral treatment of cocaine addiction: animal models. Preclinical assessment of cocaine antagonist drugs in squirrel monkeys. Cocaine self-administration research: treatment implications. Neurobiological mechanisms underlying the acquisition and expression of incentive motivation by cocaine-associated stimuli: relationship to craving. Cocaine reward and cocaine craving: the role of dopamine in perspective.
Term
Indexterm - Okontrollerad
Personnamn
Institutionsnamn
  • National Institute on Drug Abuse 
*000      am a        a
*00117015
*007cr |||||||||||
*008070120s1994||||xxu||||es|||||||||1|eng||
*24510$aNeurobiological models for evaluating mechanisms underlying cocaine addiction.
*260  $aRockville, Md :$bNational Institute on Drug Abuse,$c1994
*300  $a216 s :$bill.
*440  $aNIDA research monograph series ;$v145 NIH publication ; 94-3600
*500  $aE-bok
*520  $aRole for the mesocortical dopamine system in the motivating effects of cocaine. Dopamine, a common substrate for the rewarding effects of brain stimulation reward, cocaine, and morphine. Neurobehavioral pharmacology of cocaine: role for serotonin in its locomotor and discriminative stimulus effects. A review of effects of dopaminergic agents in humans: implications for medication development. Use of rodent self-administration models to develop pharmacotherapies for cocaine abuse. Pharmacological and behavioral treatment of cocaine addiction: animal models. Preclinical assessment of cocaine antagonist drugs in squirrel monkeys. Cocaine self-administration research: treatment implications. Neurobiological mechanisms underlying the acquisition and expression of incentive motivation by cocaine-associated stimuli: relationship to craving. Cocaine reward and cocaine craving: the role of dopamine in perspective.
*650 4$aNeurobiology
*650 4$aModels
*650 4$aCocaine
*650 4$aNarcotics
*650 4$aDopamine
*650 4$aMorphine
*650 4$aSerotonin
*650 4$aRodentia
*650 4$aSelf administration
*650 4$aNarcotic dependence
*650 4$aRehabilitation
*650 4$aAnimal
*653  $aKokain
*653  $aDjurförsök
*653  $aModeller
*653  $aNarkomani
*653  $aNarkotika
*653  $aBeroende
*7001 $aErinoff, Lynda$eed.
*7001 $aBrown, Roger M.$eed.
*7101 $aNational Institute on Drug Abuse$0124050
*85640$uhttps://archives.drugabuse.gov/sites/default/files/monograph145.pdf
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