The initial goal is to ascertain the pharmacokinetic (PK) profile of CBD (cannabidiol) after a single dose of CBDE (cannabidiol extract), although the plan is to extend these studies to multiple dose administrations in the future, since it is likely that (cannabidiol) and/or its metabolites will show some accumulation. These studies will provide detailed information that will inform the continuation and expansion of CBDE in other research projects.
The objective is to determine the PK profile of CBD(cannabidiol) , its metabolites, and minor phytocannabinoids after single dose administration of CBDE (at 2.5 mg/kg CBD). Attainment of this goal will provide essential information on phytocannabinoid disposition and dosing regimen optimization. To accomplish this objective, the working hypothesis that complex phytochemical mixtures present in full spectrum hemp extracts (FSHEs), as exemplified by CBDE, differ from purified CBD-containing products with regard to PK, will be tested. The approach to testing this working hypothesis will be to use liquid chromatography-mass spectrometry (LC/MS) to both characterize the phytocannabinoid concentration-time profiles following CBDE administration (single and multiple dosing).
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
BASIC_SCIENCE
Masking
NONE
Enrollment
10
The test article "CBD Cannabis Extract Oral Solution" will be manufactured by the University of Mississippi National Center for Natural Products Research (NCNPR) at the Coy Waller Laboratory under FDA Current Good Manufacturing Practices. The drug product, derived from hemp and containing less than 0.3% of Δ9-tetrahydrocannabinol, is no longer a Drug Enforcement Agency (DEA) controlled substance. DEA registrations are not required for the manufacturing, handling or dispensing of these clinical test materials
University of Mississippi
University, Mississippi, United States
Plasma concentration of minor phytocannabinoids, and metabolites following single dose administration of Cannabis extract (CBDE) (at 2.5 mg/kg cannabidiol (CBD).
This study would provide information on differential pharmacokinetics and metabolism of Cannabis extract in normal human volunteers
Time frame: 0- 72 hours
Urine concentration of minor phytocannabinoids, and metabolites following single dose administration of Cannabis extract (CBDE) (at 2.5 mg/kg cannabidiol (CBD).
This study would provide information on differential pharmacokinetics and metabolism of Cannabis extract in normal human volunteers
Time frame: 0- 72 hours
Area-under-the-concentration-time profiles (AUC), and area-under-the moment curve (AUMC), for CBD (cannabidiol) , up to 72 hours after Cannabis extract administration.
This study would provide information on differential pharmacokinetics and metabolism of Cannabis extract in normal human volunteers
Time frame: 0-72 hours
Clearance (Cl/F) up to 72 hours after Cannabis extract administration.
This study would provide information on differential pharmacokinetics and metabolism of Cannabis extract in normal human volunteers
Time frame: 0-72 hours
Volume of distribution (Vd),up to 72 hours after Cannabis extract administration.
This study would provide information on differential pharmacokinetics and metabolism of Cannabis extract in normal human volunteers
Time frame: 0-72 hours
Volume of distribution at steady state (Vdss),up to 72 hours after Cannabis extract administration.
This study would provide information on differential pharmacokinetics and metabolism of Cannabis extract in normal human volunteers.
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Time frame: 0-72 hours
Terminal elimination rate constant (ke), half-life (t1/2), up to 72 hours after Cannabis extract administration.
This study would provide information on differential pharmacokinetics and metabolism of Cannabis extract in normal human volunteers.
Time frame: 0-72 hours
Mean residence time (MRT), up to 72 hours after Cannabis extract administration.
This study would provide information on differential pharmacokinetics and metabolism of Cannabis extract in normal human volunteers.
Time frame: 0-72 hours
Maximum serum concentration (Cmax), up to 72 hours after Cannabis extract administration.
This study would provide information on differential pharmacokinetics and metabolism of Cannabis extract in normal human volunteers.
Time frame: 0-72 hours
Time to reach Cmax (Tmax), up to 72 hours after Cannabis extract administration.
This study would provide information on differential pharmacokinetics and metabolism of Cannabis extract in normal human volunteers.
Time frame: 0-72 hours