Multiple Dopamine Receptors and the Behavioral Effects of Cocaine: A Neuroscience Review

A review paper by W. L. Woolverton from the Department of Physiological Sciences synthesizes evidence on the role of dopamine receptor subtypes in cocaine's behavioral effects. The paper discusses reinforcing, discriminative stimulus, locomotor, and other effects, highlighting the complex CNS pharmacology of cocaine. It suggests D-2 receptors are involved in reinforcement, while the roles of D-1 receptors and norepinephrine require further investigation.

Use Cases

• Literature review on cocaine's behavioral pharmacology based on the synthesized evidence.
• Hypothesis generation for experiments on dopamine receptor subtypes based on the discussed findings.
• Educational resource for understanding the complex CNS effects of psychomotor stimulants.

Strengths

• Authored by a named researcher (W. L. Woolverton) from a specific academic department.
• Description provides a detailed synthesis of evidence on multiple behavioral effects (reinforcing, discriminative stimulus, locomotor).
• Explicitly discusses the roles of specific receptor subtypes (D-1, D-2) and neurotransmitters (DA, NE).

Limitations

• The underlying dataset (e.g., experimental data tables) is unavailable; only a review description is provided.
• Row count, column definitions, and file formats are unknown, limiting suitability assessment.
• Last update date is unknown; freshness of the compiled evidence is unverified.

Provenance

Source

W. L. Woolverton, Department of Physiological Sciences

Collection Method

Likely a literature review and synthesis of published experimental findings.