Heterozygous Segregation
Heterozygous segregation is not a terpene, but rather a fundamental genetic principle observed in cannabis breeding. When heterozygous plants (carrying two different alleles for a trait) are self-pollinated or crossed, offspring segregate into predictable ratios—typically 3:1 in F2 generations following Mendelian inheritance. This segregation affects not only cannabinoid and terpene profiles but also plant morphology, yield characteristics, and phenotypic diversity. Breeders use segregation patterns to identify homozygous lines and stabilize desirable traits across generations. Understanding segregation is essential for developing consistent cultivars and maintaining genetic integrity in breeding programs.
Heterozygous Segregation strains
No strains tagged into Heterozygous Segregation yet — they'll appear here as breeders submit lineage records under this terpene.
Heterozygous segregation is not a terpene, but rather a fundamental genetic principle observed in cannabis breeding. When heterozygous plants (carrying two different alleles for a trait) are self-pollinated or crossed, offspring segregate into predictable ratios—typically 3:1 in F2 generations following Mendelian inheritance. This segregation affects not only cannabinoid and terpene profiles but also plant morphology, yield characteristics, and phenotypic diversity. Breeders use segregation patterns to identify homozygous lines and stabilize desirable traits across generations. Understanding segregation is essential for developing consistent cultivars and maintaining genetic integrity in breeding programs.
Breeders monitor segregation ratios to confirm gene copy numbers, select stable phenotypes for line-breeding, and predict offspring diversity in crosses. Tracking segregation helps distinguish true-breeding cultivars from heterozygous populations prone to phenotypic variation.
Educational reference · Cultivar metadata only · No medical claims