The Roles of Dopamine and Serotonin in Decision Making: Evidence from Pharmacological Experiments in Humans

Neurophysiological experiments in primates, alongside neuropsychological and functional magnetic resonance investigations in humans, have significantly enhanced our understanding of the neural architecture of decision making. In this review, I consider the more limited database of experiments that h...

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Bibliographic Details
Published inNeuropsychopharmacology (New York, N.Y.) Vol. 36; no. 1; pp. 114 - 132
Main Author Rogers, Robert D
Format Journal Article
LanguageEnglish
Published Cham Springer International Publishing 01.01.2011
Nature Publishing Group
Subjects
631/378/116
631/378/2649/1409
631/92/436/2387
Avoidance Learning - physiology
Behavior
Behavioral Sciences
Biological Psychology
Brain - anatomy & histology
Brain - drug effects
Brain - physiology
Brain Chemistry - drug effects
Brain Chemistry - physiology
Cognition - drug effects
Cognition - physiology
Decision making
Decision Making - drug effects
Decision Making - physiology
Dopamine
Dopamine - physiology
Dopamine Agents - pharmacology
Experiments
Human subjects
Humans
Influence
Medicine
Medicine & Public Health
Neuropharmacology - methods
Neuropharmacology - trends
Neuropsychopharmacology Reviews
Neurosciences
Pharmacotherapy
Primates
Psychiatry
Reinforcement, Psychology
Serotonin
Serotonin - physiology
Serotonin Agents - pharmacology
United Kingdom > UK
serotonin
psychiatry and behavioral sciences
choice
social
dopamine
value
Online AccessGet full text
ISSN0893-133X
1740-634X
1740-634X
DOI10.1038/npp.2010.165

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Abstract Neurophysiological experiments in primates, alongside neuropsychological and functional magnetic resonance investigations in humans, have significantly enhanced our understanding of the neural architecture of decision making. In this review, I consider the more limited database of experiments that have investigated how dopamine and serotonin activity influences the choices of human adults. These include those experiments that have involved the administration of drugs to healthy controls, experiments that have tested genotypic influences upon dopamine and serotonin function, and, finally, some of those experiments that have examined the effects of drugs on the decision making of clinical samples. Pharmacological experiments in humans are few in number and face considerable methodological challenges in terms of drug specificity, uncertainties about pre- vs post-synaptic modes of action, and interactions with baseline cognitive performance. However, the available data are broadly consistent with current computational models of dopamine function in decision making and highlight the dissociable roles of dopamine receptor systems in the learning about outcomes that underpins value-based decision making. Moreover, genotypic influences on (interacting) prefrontal and striatal dopamine activity are associated with changes in choice behavior that might be relevant to understanding exploratory behaviors and vulnerability to addictive disorders. Manipulations of serotonin in laboratory tests of decision making in human participants have provided less consistent results, but the information gathered to date indicates a role for serotonin in learning about bad decision outcomes, non-normative aspects of risk-seeking behavior, and social choices involving affiliation and notions of fairness. Finally, I suggest that the role played by serotonin in the regulation of cognitive biases, and representation of context in learning, point toward a role in the cortically mediated cognitive appraisal of reinforcers when selecting between actions, potentially accounting for its influence upon the processing salient aversive outcomes and social choice.
AbstractList Neurophysiological experiments in primates, alongside neuropsychological and functional magnetic resonance investigations in humans, have significantly enhanced our understanding of the neural architecture of decision making. In this review, I consider the more limited database of experiments that have investigated how dopamine and serotonin activity influences the choices of human adults. These include those experiments that have involved the administration of drugs to healthy controls, experiments that have tested genotypic influences upon dopamine and serotonin function, and, finally, some of those experiments that have examined the effects of drugs on the decision making of clinical samples. Pharmacological experiments in humans are few in number and face considerable methodological challenges in terms of drug specificity, uncertainties about pre- vs post-synaptic modes of action, and interactions with baseline cognitive performance. However, the available data are broadly consistent with current computational models of dopamine function in decision making and highlight the dissociable roles of dopamine receptor systems in the learning about outcomes that underpins value-based decision making. Moreover, genotypic influences on (interacting) prefrontal and striatal dopamine activity are associated with changes in choice behavior that might be relevant to understanding exploratory behaviors and vulnerability to addictive disorders. Manipulations of serotonin in laboratory tests of decision making in human participants have provided less consistent results, but the information gathered to date indicates a role for serotonin in learning about bad decision outcomes, non-normative aspects of risk-seeking behavior, and social choices involving affiliation and notions of fairness. Finally, I suggest that the role played by serotonin in the regulation of cognitive biases, and representation of context in learning, point toward a role in the cortically mediated cognitive appraisal of reinforcers when selecting between actions, potentially accounting for its influence upon the processing salient aversive outcomes and social choice.Neurophysiological experiments in primates, alongside neuropsychological and functional magnetic resonance investigations in humans, have significantly enhanced our understanding of the neural architecture of decision making. In this review, I consider the more limited database of experiments that have investigated how dopamine and serotonin activity influences the choices of human adults. These include those experiments that have involved the administration of drugs to healthy controls, experiments that have tested genotypic influences upon dopamine and serotonin function, and, finally, some of those experiments that have examined the effects of drugs on the decision making of clinical samples. Pharmacological experiments in humans are few in number and face considerable methodological challenges in terms of drug specificity, uncertainties about pre- vs post-synaptic modes of action, and interactions with baseline cognitive performance. However, the available data are broadly consistent with current computational models of dopamine function in decision making and highlight the dissociable roles of dopamine receptor systems in the learning about outcomes that underpins value-based decision making. Moreover, genotypic influences on (interacting) prefrontal and striatal dopamine activity are associated with changes in choice behavior that might be relevant to understanding exploratory behaviors and vulnerability to addictive disorders. Manipulations of serotonin in laboratory tests of decision making in human participants have provided less consistent results, but the information gathered to date indicates a role for serotonin in learning about bad decision outcomes, non-normative aspects of risk-seeking behavior, and social choices involving affiliation and notions of fairness. Finally, I suggest that the role played by serotonin in the regulation of cognitive biases, and representation of context in learning, point toward a role in the cortically mediated cognitive appraisal of reinforcers when selecting between actions, potentially accounting for its influence upon the processing salient aversive outcomes and social choice.
Neurophysiological experiments in primates, alongside neuropsychological and functional magnetic resonance investigations in humans, have significantly enhanced our understanding of the neural architecture of decision making. In this review, I consider the more limited database of experiments that have investigated how dopamine and serotonin activity influences the choices of human adults. These include those experiments that have involved the administration of drugs to healthy controls, experiments that have tested genotypic influences upon dopamine and serotonin function, and, finally, some of those experiments that have examined the effects of drugs on the decision making of clinical samples. Pharmacological experiments in humans are few in number and face considerable methodological challenges in terms of drug specificity, uncertainties about pre- vs post-synaptic modes of action, and interactions with baseline cognitive performance. However, the available data are broadly consistent with current computational models of dopamine function in decision making and highlight the dissociable roles of dopamine receptor systems in the learning about outcomes that underpins value-based decision making. Moreover, genotypic influences on (interacting) prefrontal and striatal dopamine activity are associated with changes in choice behavior that might be relevant to understanding exploratory behaviors and vulnerability to addictive disorders. Manipulations of serotonin in laboratory tests of decision making in human participants have provided less consistent results, but the information gathered to date indicates a role for serotonin in learning about bad decision outcomes, non-normative aspects of risk-seeking behavior, and social choices involving affiliation and notions of fairness. Finally, I suggest that the role played by serotonin in the regulation of cognitive biases, and representation of context in learning, point toward a role in the cortically mediated cognitive appraisal of reinforcers when selecting between actions, potentially accounting for its influence upon the processing salient aversive outcomes and social choice.
Neurophysiological experiments in primates, alongside neuropsychological and functional magnetic resonance investigations in humans, have significantly enhanced our understanding of the neural architecture of decision making. In this review, I consider the more limited database of experiments that have investigated how dopamine and serotonin activity influences the choices of human adults. These include those experiments that have involved the administration of drugs to healthy controls, experiments that have tested genotypic influences upon dopamine and serotonin function, and, finally, some of those experiments that have examined the effects of drugs on the decision making of clinical samples. Pharmacological experiments in humans are few in number and face considerable methodological challenges in terms of drug specificity, uncertainties about pre- vs post-synaptic modes of action, and interactions with baseline cognitive performance. However, the available data are broadly consistent with current computational models of dopamine function in decision making and highlight the dissociable roles of dopamine receptor systems in the learning about outcomes that underpins value-based decision making. Moreover, genotypic influences on (interacting) prefrontal and striatal dopamine activity are associated with changes in choice behavior that might be relevant to understanding exploratory behaviors and vulnerability to addictive disorders. Manipulations of serotonin in laboratory tests of decision making in human participants have provided less consistent results, but the information gathered to date indicates a role for serotonin in learning about bad decision outcomes, non-normative aspects of risk-seeking behavior, and social choices involving affiliation and notions of fairness. Finally, I suggest that the role played by serotonin in the regulation of cognitive biases, and representation of context in learning, point toward a role in the cortically mediated cognitive appraisal of reinforcers when selecting between actions, potentially accounting for its influence upon the processing salient aversive outcomes and social choice.
Author Rogers, Robert D
Author_xml – sequence: 1
  givenname: Robert D
  surname: Rogers
  fullname: Rogers, Robert D
  email: robert.rogers@psych.ox.ac.uk
  organization: Department of Experimental Psychology, University of Oxford, Department of Psychiatry, University of Oxford, Warneford Hospital
BackLink https://www.ncbi.nlm.nih.gov/pubmed/20881944$$D View this record in MEDLINE/PubMed
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choice
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Snippet Neurophysiological experiments in primates, alongside neuropsychological and functional magnetic resonance investigations in humans, have significantly...
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SubjectTerms 631/378/116
631/378/2649/1409
631/92/436/2387
Avoidance Learning - physiology
Behavior
Behavioral Sciences
Biological Psychology
Brain - anatomy & histology
Brain - drug effects
Brain - physiology
Brain Chemistry - drug effects
Brain Chemistry - physiology
Cognition - drug effects
Cognition - physiology
Decision making
Decision Making - drug effects
Decision Making - physiology
Dopamine
Dopamine - physiology
Dopamine Agents - pharmacology
Experiments
Human subjects
Humans
Influence
Medicine
Medicine & Public Health
Neuropharmacology - methods
Neuropharmacology - trends
Neuropsychopharmacology Reviews
Neurosciences
Pharmacotherapy
Primates
Psychiatry
Reinforcement, Psychology
Serotonin
Serotonin - physiology
Serotonin Agents - pharmacology
Title The Roles of Dopamine and Serotonin in Decision Making: Evidence from Pharmacological Experiments in Humans
URI https://link.springer.com/article/10.1038/npp.2010.165
https://www.ncbi.nlm.nih.gov/pubmed/20881944
https://www.proquest.com/docview/814784231
https://www.proquest.com/docview/815553220
https://www.proquest.com/docview/907152022
https://pubmed.ncbi.nlm.nih.gov/PMC3055502
Volume 36
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