Dual Cannabinoid Phenotypes
Dual cannabinoid phenotypes refer to cannabis plants that express significant levels of two primary cannabinoids—most commonly CBD and THC in relatively balanced or notable proportions, rather than displaying the typical single-dominant profile seen in most cultivars. Lineage records frequently report this trait emerging from deliberate crosses between high-THC and high-CBD parent plants, or from stabilized F1/F2 generations where both pathways remain genetically active. The expression of dual phenotypes depends on cannabinoid synthase gene activity and epigenetic factors; environmental stress, timing of harvest, and growing conditions can influence the final cannabinoid ratio. Breeders working in this category often target medical and research applications, or aim to create diversity in consumer product formulations. Dual phenotype plants may show intermediate or segregating offspring,
Dual Cannabinoid Phenotypes strains
No strains tagged into Dual Cannabinoid Phenotypes yet — they'll appear here as breeders submit lineage records under this classification.
Dual cannabinoid phenotypes refer to cannabis plants that express significant levels of two primary cannabinoids—most commonly CBD and THC in relatively balanced or notable proportions, rather than displaying the typical single-dominant profile seen in most cultivars. Lineage records frequently report this trait emerging from deliberate crosses between high-THC and high-CBD parent plants, or from stabilized F1/F2 generations where both pathways remain genetically active. The expression of dual phenotypes depends on cannabinoid synthase gene activity and epigenetic factors; environmental stress, timing of harvest, and growing conditions can influence the final cannabinoid ratio. Breeders working in this category often target medical and research applications, or aim to create diversity in consumer product formulations. Dual phenotype plants may show intermediate or segregating offspring,
Breeders use dual cannabinoid genetics as foundation stock for creating balanced or CBD-forward cultivars, and to study the genetic regulation of cannabinoid synthase enzymes. Stabilizing these phenotypes requires multi-generational selection and frequent cannabinoid testing to identify and fix desirable ratios.
Educational reference · Cultivar metadata only · No medical claims