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The Effects of Unblocked Heroin upon Catecholamine Metabolism Preliminary Findings

  • Roger E. Meyer
  • Joseph J. Schildkraut
  • Steven M. Mirin
  • Paul J. Orsulak

Abstract

The effects of morphine upon catecholamine metabolism in animals and man have been explored by a number of investigators(1,2) since the work of Vogt,(3) Gunne,(4,5) and Maynert.(6) The relationship between changes in catecholamine metabolism and the addictive properties of opioid drugs can only be conjectured. While two recent reviews(7,8) cast doubt on the hypothesis that changes in norepinephrine metabolism can explain tolerance and physical dependence, there is persistent indirect evidence linking opioid reinforcement with changes in noradrenergic metabolism secondary to drug administration. A number of self-administration studies have demonstrated that alphamethyltyrosine (AMT), an inhibitor of catecholamine biosynthesis, blocks morphine reinforcement(9,10,11) Moreover, Nelsen(12) has observed an increase in electrical activity in the median forebrain bundle (MFB) in rats given single doses of morphine. This is a norepinephrine-rich area associated with positive reinforcement in self-stimulation studies.(13,14) Finally, Davis and Smith(15) found that a known dopamine blocking agent (haloperidol) will not block such reinforcement. These authors also observed that the reinforcing properties of morphine were associated with psychomotor stimulant activity(15) demonstrable in extremely low dosages.(16)

Keywords

Nonblind Study Heroin Injection Catecholamine Metabolism Noradrenergic Transmission Percent Change Score 
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Copyright information

© Plenum Publishing Corporation 1979

Authors and Affiliations

  • Roger E. Meyer
  • Joseph J. Schildkraut
  • Steven M. Mirin
  • Paul J. Orsulak

There are no affiliations available

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