Cytokinin Ratio
Cytokinin ratio refers to the balance of cytokinins—plant hormones that regulate cell division and differentiation—during cannabis development. Different cytokinin species (particularly isoprenoid and adenine-type cytokinins) influence branching patterns, leaf morphology, and reproductive timing. Lineage records and cultivation research frequently document how cytokinin manipulation correlates with plant architecture: higher ratios during vegetative growth often produce bushier structures, while shifts during flowering affect calyx and bract development. Breeders working in photoperiod and autoflowering genetics have long observed these morphological responses, though the specific cytokinin biochemistry in cannabis remains incompletely mapped. Understanding cytokinin balance is relevant to indoor breeding programs seeking consistent plant structure and to conservation genetics, where hor
Cytokinin Ratio strains
No strains tagged into Cytokinin Ratio yet — they'll appear here as breeders submit lineage records under this family.
Cytokinin ratio refers to the balance of cytokinins—plant hormones that regulate cell division and differentiation—during cannabis development. Different cytokinin species (particularly isoprenoid and adenine-type cytokinins) influence branching patterns, leaf morphology, and reproductive timing. Lineage records and cultivation research frequently document how cytokinin manipulation correlates with plant architecture: higher ratios during vegetative growth often produce bushier structures, while shifts during flowering affect calyx and bract development. Breeders working in photoperiod and autoflowering genetics have long observed these morphological responses, though the specific cytokinin biochemistry in cannabis remains incompletely mapped. Understanding cytokinin balance is relevant to indoor breeding programs seeking consistent plant structure and to conservation genetics, where hor
Breeders monitor cytokinin ratios indirectly through observable branching architecture and node spacing, using these markers to select for compact or expansive growth habits across generations. Cytokinin-responsive traits are particularly relevant in photoperiod breeding, where precise vegetative control influences yield structure and in autoflowering line stabilization, where hormone balance must
Educational reference · Cultivar metadata only · No medical claims