Diploid
Diploid plants contain two sets of chromosomes—one inherited from each parent—making them the standard ploidy level for most cannabis cultivars. This chromosomal arrangement (2n) is the baseline from which breeders work and against which polyploid variants (triploid, tetraploid) are compared. Diploid genetics produce conventional seed-to-plant life cycles and are the foundation of most commercial breeding programs. Understanding diploid status is essential when evaluating lineage records, as ploidy shifts can occur intentionally (through colchicine treatment) or unexpectedly in breeding. Diploid cultivars remain the most stable and widely documented category in cannabis genetics research.
Diploid strains
No strains tagged into Diploid yet — they'll appear here as breeders submit lineage records under this classification.
Diploid plants contain two sets of chromosomes—one inherited from each parent—making them the standard ploidy level for most cannabis cultivars. This chromosomal arrangement (2n) is the baseline from which breeders work and against which polyploid variants (triploid, tetraploid) are compared. Diploid genetics produce conventional seed-to-plant life cycles and are the foundation of most commercial breeding programs. Understanding diploid status is essential when evaluating lineage records, as ploidy shifts can occur intentionally (through colchicine treatment) or unexpectedly in breeding. Diploid cultivars remain the most stable and widely documented category in cannabis genetics research.
Breeders prioritize diploid confirmation when establishing stable cultivar lines, as diploid-to-diploid crosses produce predictable segregation patterns. Diploid status serves as a control reference point when developing polyploid hybrids or assessing whether seed batches have undergone unexpected chromosomal changes.
Educational reference · Cultivar metadata only · No medical claims