Drugs and Behavior: An Introduction to Behavioral Pharmacology |
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Page 168
... transmitter , but the mechanisms by which they stimulate these synapses differ . It may be useful at this point to review the section in chapter 4 on neurophysiology , which discusses monoamine synapses . The amphetamines primarily ...
... transmitter , but the mechanisms by which they stimulate these synapses differ . It may be useful at this point to review the section in chapter 4 on neurophysiology , which discusses monoamine synapses . The amphetamines primarily ...
Page 169
... transmitter is E in the sympathetic arousal system . All the psychomotor stimulants tend to activate the sympathetic system , some- thing the antidepressants do not do . While E is present in the CNS , it is not abundant and its ...
... transmitter is E in the sympathetic arousal system . All the psychomotor stimulants tend to activate the sympathetic system , some- thing the antidepressants do not do . While E is present in the CNS , it is not abundant and its ...
Page 182
... transmitter , increasing the amount of transmitter released , and blocking reuptake of the transmitter . Cocaine and the tricyclics work by blocking uptake of the transmitter and the MAOIs inhibit the enzyme MAO that destroys the MAS ...
... transmitter , increasing the amount of transmitter released , and blocking reuptake of the transmitter . Cocaine and the tricyclics work by blocking uptake of the transmitter and the MAOIs inhibit the enzyme MAO that destroys the MAS ...
Contents
1 | 1 |
Experimental Research Designs 1 History of the Study of Behavior | 10 |
Chapter Summary 8 Chapter Summary | 19 |
Copyright | |
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Other editions - View all
Drugs and Behavior: An Introduction to Behavioral Pharmacology Stephanie Hancock,William McKim No preview available - 2017 |
Common terms and phrases
acid action potentials activity addicts administration alcohol America amphetamine animal antagonist anticholinergics antidepressants appear atropine axon barbiturates behavior benzodiazepines blocked blood levels body brain caffeine cannabinoids cannabis cause cell changes chlordiazepoxide cigarette cocaine coffee cohol consumption crease decrease depression diazepam digestive system discrimination drinking drug effects enzyme excreted experiment experimental fects given Grinspoon hallucinations hallucinogens hashish heroin high doses higher doses humans increase inhaled injection ionized known lipid soluble liver low doses lungs marijuana membrane mescaline metabolism metabolites methadone methylxanthines molecules monkeys mood morphine mushroom nervous system neurons nicotine nonhumans normal opiate opium orally overdose percent peyote Pharmacology phenobarbital placebo plant Press psilocybin psychotic rats receptor reinforcement reported response result schedule self-administration serotonin shows Siegel similar sleep smoking species stimulants subjects substances synapses tion tobacco toxic treatment users usually withdrawal symptoms York
References to this book
Shamanism: The Neural Ecology of Consciousness and Healing Michael Winkelman No preview available - 2000 |