Neurochemical Predictors of Cocaine Craving Vulnerability

Research data from Stanford University examining neurochemical and behavioral factors predicting vulnerability to cocaine craving and relapse. The dataset likely contains measures of dopaminergic function, including cerebrospinal fluid concentrations of HVA and DASO4, and motor activity recordings. The research was authored by Roy King of Stanford University.

Use Cases

• Predicting individual vulnerability to cocaine craving based on neurochemical biomarker levels mentioned in the description
• Correlating motor activity measurements with central nervous system dopamine activity as described in the research aims
• Testing priming models of craving and relapse using biological indices like CSF-HVA and CSF-DASO4
• Analyzing the relationship between long-term cocaine abstinence and variations in dopamine-related measures

Strengths

• Research design includes both between-subject and within-subject components, as described.
• Specific biological measures are detailed, including CSF-HVA, CSF-DASO4, and motor activity.

Limitations

• Row count is unknown, which may limit suitability assessment.
• Column-level documentation is absent; field semantics must be inferred after download.
• Last update date is unknown; freshness unverified.

Provenance

Source

Stanford University

Collection Method

Likely collected from human subjects in a clinical research setting, as described.