Cbdv Cbga Profiles
CBDV (cannabidivarin) and CBGA (cannabigerolic acid) represent non-intoxicating cannabinoid profiles that appear together in certain cannabis lineages, particularly those with lower THC and higher CBD expression. CBGA functions as a precursor molecule—the acidic parent compound from which THC-A, CBD-A, and CBC-A are enzymatically derived during plant development. CBDV is a propyl homologue of CBD, differing by a shorter side chain, and appears most commonly in landrace and heirloom strains from Africa and Southeast Asia. Breeders tracking these profiles often use selective breeding to isolate and stabilize genotypes expressing elevated CBDV without concurrent high THC accumulation. These cannabinoid combinations are of interest primarily for research applications and specialty breeding programs rather than mainstream cultivation.
Cbdv Cbga Profiles strains
No strains tagged into Cbdv Cbga Profiles yet — they'll appear here as breeders submit lineage records under this terpene.
CBDV (cannabidivarin) and CBGA (cannabigerolic acid) represent non-intoxicating cannabinoid profiles that appear together in certain cannabis lineages, particularly those with lower THC and higher CBD expression. CBGA functions as a precursor molecule—the acidic parent compound from which THC-A, CBD-A, and CBC-A are enzymatically derived during plant development. CBDV is a propyl homologue of CBD, differing by a shorter side chain, and appears most commonly in landrace and heirloom strains from Africa and Southeast Asia. Breeders tracking these profiles often use selective breeding to isolate and stabilize genotypes expressing elevated CBDV without concurrent high THC accumulation. These cannabinoid combinations are of interest primarily for research applications and specialty breeding programs rather than mainstream cultivation.
Breeders working with CBDV-dominant genetics typically cross African and Southeast Asian heirloom lines to amplify propyl-cannabinoid expression. Stabilizing CBGA-rich phenotypes requires understanding enzymatic pathways and selecting for plant material that retains acidic cannabinoids without rapid decarboxylation during growth.
Educational reference · Cultivar metadata only · No medical claims