Indigo Anthocyanin Expression
Indigo anthocyanin expression refers to the genetic capacity in cannabis to produce deep blue, purple, and indigo pigments in leaves, bracts, and occasionally flowers under specific environmental conditions—typically cooler temperatures and high light exposure. Anthocyanins are water-soluble flavonoid compounds responsible for these pigmentation patterns and are distinct from chlorophyll. Plants demonstrating strong indigo phenotypes often carry recessive alleles that reduce chlorophyll masking, allowing anthocyanin pigments to become visually dominant. Lineage records frequently report indigo expression in cultivars bred from purple-leaning parent stock, though the trait's expression remains highly environment-dependent and not guaranteed across all growing conditions.
Indigo Anthocyanin Expression strains
No strains tagged into Indigo Anthocyanin Expression yet — they'll appear here as breeders submit lineage records under this family.
Indigo anthocyanin expression refers to the genetic capacity in cannabis to produce deep blue, purple, and indigo pigments in leaves, bracts, and occasionally flowers under specific environmental conditions—typically cooler temperatures and high light exposure. Anthocyanins are water-soluble flavonoid compounds responsible for these pigmentation patterns and are distinct from chlorophyll. Plants demonstrating strong indigo phenotypes often carry recessive alleles that reduce chlorophyll masking, allowing anthocyanin pigments to become visually dominant. Lineage records frequently report indigo expression in cultivars bred from purple-leaning parent stock, though the trait's expression remains highly environment-dependent and not guaranteed across all growing conditions.
Breeders working in ornamental and novelty cannabis breeding actively select for consistent indigo anthocyanin expression by identifying parent plants displaying the trait under controlled conditions and crossing them to stabilize the phenotype across generations. Understanding anthocyanin genetics helps breeders predict color outcomes and develop cultivar lines where pigmentation consistency is a
Educational reference · Cultivar metadata only · No medical claims