Tetraploid Plants
Tetraploid plants contain four complete sets of chromosomes (4n) instead of the typical two sets (2n) found in diploid cannabis. This chromosomal condition occurs naturally through spontaneous duplication or can be induced artificially using colchicine treatment during seed development. Tetraploids are relatively rare in cannabis breeding but are of scientific interest due to their potential for altered morphology, vigor, and genetic expression. Breeders working with tetraploids report larger cells, thicker cell walls, and sometimes increased secondary metabolite production compared to their diploid parents, though practical breeding applications remain limited.
Tetraploid Plants strains
No strains tagged into Tetraploid Plants yet — they'll appear here as breeders submit lineage records under this classification.
Tetraploid plants contain four complete sets of chromosomes (4n) instead of the typical two sets (2n) found in diploid cannabis. This chromosomal condition occurs naturally through spontaneous duplication or can be induced artificially using colchicine treatment during seed development. Tetraploids are relatively rare in cannabis breeding but are of scientific interest due to their potential for altered morphology, vigor, and genetic expression. Breeders working with tetraploids report larger cells, thicker cell walls, and sometimes increased secondary metabolite production compared to their diploid parents, though practical breeding applications remain limited.
Tetraploid lines are primarily used in experimental genetics research and polyploid breeding programs. Because tetraploids produce unbalanced gametes when crossed with diploids, they are more valuable as foundation stock for generating novel triploid or tetraploid F1 hybrids with distinct characteristics.
Educational reference · Cultivar metadata only · No medical claims