Secondary Metabolite Genetics
Secondary metabolite genetics encompasses the heritable traits controlling production of non-essential compounds in cannabis—terpenes, flavonoids, cannabinoids, and phenolic compounds. Unlike primary metabolites required for basic plant survival, secondary metabolites accumulate in response to genetic expression, environmental stress, and developmental stage. These traits are polygenic, meaning multiple genes control their synthesis and accumulation pathways. Breeders and researchers track secondary metabolite profiles through selective crossing to stabilize desirable chemotype expressions across generations. Understanding the genetic basis of secondary metabolite production remains central to modern cannabis breeding methodology and chemotype classification.
Secondary Metabolite Genetics strains
No strains tagged into Secondary Metabolite Genetics yet — they'll appear here as breeders submit lineage records under this family.
Secondary metabolite genetics encompasses the heritable traits controlling production of non-essential compounds in cannabis—terpenes, flavonoids, cannabinoids, and phenolic compounds. Unlike primary metabolites required for basic plant survival, secondary metabolites accumulate in response to genetic expression, environmental stress, and developmental stage. These traits are polygenic, meaning multiple genes control their synthesis and accumulation pathways. Breeders and researchers track secondary metabolite profiles through selective crossing to stabilize desirable chemotype expressions across generations. Understanding the genetic basis of secondary metabolite production remains central to modern cannabis breeding methodology and chemotype classification.
Breeders selectively cross parent plants with distinct secondary metabolite profiles to create offspring with predictable terpene ratios, cannabinoid balances, and flavor compound expressions. Stabilizing secondary metabolite genetics across multiple generations requires phenotypic testing and marker-assisted selection to identify and fix desired genetic combinations.
Educational reference · Cultivar metadata only · No medical claims