Haploid Development
Haploid development refers to the production of plants containing a single set of chromosomes (n) rather than the typical diploid state (2n) found in most cannabis plants. This occurs naturally in rare cases but is more commonly induced in breeding programs through techniques like anther culture or microspore culture. Haploid plants are typically sterile and exhibit unusual morphological traits due to their reduced chromosome complement. Breeders have historically worked with haploid induction as a research tool to accelerate homozygosity mapping and identify recessive traits without multiple generations of crossing.
Haploid Development strains
No strains tagged into Haploid Development yet — they'll appear here as breeders submit lineage records under this classification.
Haploid development refers to the production of plants containing a single set of chromosomes (n) rather than the typical diploid state (2n) found in most cannabis plants. This occurs naturally in rare cases but is more commonly induced in breeding programs through techniques like anther culture or microspore culture. Haploid plants are typically sterile and exhibit unusual morphological traits due to their reduced chromosome complement. Breeders have historically worked with haploid induction as a research tool to accelerate homozygosity mapping and identify recessive traits without multiple generations of crossing.
Haploid plants serve primarily as genetic research material rather than commercial cultivars. When chromosome doubling is applied to haploids, the resulting doubled haploids (DHs) become homozygous lines—valuable for rapid stabilization of traits and creation of pure-breeding parents in structured breeding programs.
Educational reference · Cultivar metadata only · No medical claims