Dual Cannabinoid Selection
Dual Cannabinoid Selection refers to breeding programs that intentionally combine or balance multiple cannabinoids—most commonly CBD and THC—within a single plant lineage. Rather than maximizing one cannabinoid, these strains are engineered to express meaningful levels of two or more compounds simultaneously. This approach emerged as breeders gained access to high-CBD genetics and sought to explore novel chemotypes beyond traditional high-THC cultivars. Lineage records frequently report crosses between CBD-dominant mothers and THC-dominant fathers, or selection within heterozygous populations for cannabinoid co-expression. The resulting genetics remain valuable for breeding stability and cannabinoid ratio consistency.
Dual Cannabinoid Selection strains
No strains tagged into Dual Cannabinoid Selection yet — they'll appear here as breeders submit lineage records under this family.
Dual Cannabinoid Selection refers to breeding programs that intentionally combine or balance multiple cannabinoids—most commonly CBD and THC—within a single plant lineage. Rather than maximizing one cannabinoid, these strains are engineered to express meaningful levels of two or more compounds simultaneously. This approach emerged as breeders gained access to high-CBD genetics and sought to explore novel chemotypes beyond traditional high-THC cultivars. Lineage records frequently report crosses between CBD-dominant mothers and THC-dominant fathers, or selection within heterozygous populations for cannabinoid co-expression. The resulting genetics remain valuable for breeding stability and cannabinoid ratio consistency.
Dual cannabinoid strains serve as important bridge genetics in modern breeding programs, allowing selection for specific cannabinoid ratios (1:1, 2:1, etc.) and enabling research into how different cannabinoid combinations affect plant vigor and terpene expression. Breeders working in this category use these lines as foundation stock for stabilizing novel chemotypes and exploring epistatic relatio
Educational reference · Cultivar metadata only · No medical claims