Og Genetics
OG Genetics refers to the foundational aromatic and chemical profiles associated with Original Gangster (OG) Kush lineages, which emerged in California cannabis breeding circles in the 1990s. These genetics are commonly characterized by diesel, pine, and earthy terpene combinations, often with citrus or herbal undertones. OG Genetics have become a breeding reference point rather than a single aroma, as multiple cultivars trace parentage to early OG Kush selections. Lineage records frequently report that OG-descended plants display robust terpene expression, making them valuable for understanding terpene inheritance patterns in modern crosses. The category encompasses numerous phenotypic expressions, as breeders working with OG genetics report significant variation across seed runs and environmental conditions.
Og Genetics strains
No strains tagged into Og Genetics yet — they'll appear here as breeders submit lineage records under this aroma.
OG Genetics refers to the foundational aromatic and chemical profiles associated with Original Gangster (OG) Kush lineages, which emerged in California cannabis breeding circles in the 1990s. These genetics are commonly characterized by diesel, pine, and earthy terpene combinations, often with citrus or herbal undertones. OG Genetics have become a breeding reference point rather than a single aroma, as multiple cultivars trace parentage to early OG Kush selections. Lineage records frequently report that OG-descended plants display robust terpene expression, making them valuable for understanding terpene inheritance patterns in modern crosses. The category encompasses numerous phenotypic expressions, as breeders working with OG genetics report significant variation across seed runs and environmental conditions.
OG Genetics serve as a critical lineage marker in cannabis breeding programs, with breeders selecting for or against OG aromatic profiles depending on desired offspring characteristics. Understanding OG terpene expression helps breeders predict stability and trait dominance in F1 and backcross generations.
Educational reference · Cultivar metadata only · No medical claims