Cannabinoid Synthesis Genes
Cannabinoid synthesis genes are the genetic sequences that encode enzymes responsible for producing cannabinoids like THC, CBD, and CBG within the cannabis plant. These genes regulate the biosynthetic pathways that convert precursor molecules into finished cannabinoid compounds, beginning with the CBCA synthase enzyme and progressing through oxidative and decarboxylation steps. Understanding these genes is central to breeding programs seeking to stabilize cannabinoid profiles or develop novel chemotypes. Research has identified key loci controlling cannabinoid ratios, though the full genetic architecture remains an active area of study. Lineage records often indicate that cannabinoid expression is controlled by multiple genes with both dominant and recessive alleles, creating the diversity observed across cultivars.
Cannabinoid Synthesis Genes strains
No strains tagged into Cannabinoid Synthesis Genes yet — they'll appear here as breeders submit lineage records under this classification.
Cannabinoid synthesis genes are the genetic sequences that encode enzymes responsible for producing cannabinoids like THC, CBD, and CBG within the cannabis plant. These genes regulate the biosynthetic pathways that convert precursor molecules into finished cannabinoid compounds, beginning with the CBCA synthase enzyme and progressing through oxidative and decarboxylation steps. Understanding these genes is central to breeding programs seeking to stabilize cannabinoid profiles or develop novel chemotypes. Research has identified key loci controlling cannabinoid ratios, though the full genetic architecture remains an active area of study. Lineage records often indicate that cannabinoid expression is controlled by multiple genes with both dominant and recessive alleles, creating the diversity observed across cultivars.
Breeders working with cannabinoid synthesis genes can selectively maintain or shift the ratio between THC and CBD by crossing parents with known genetic markers for high or low THCA/CBDA synthase activity. Understanding these genetic controls has enabled the development of CBD-dominant, THC-dominant, and 1:1 ratio cultivars with greater consistency across generations.
Educational reference · Cultivar metadata only · No medical claims