Whole Genome Sequencing

Whole Genome Sequencing (WGS) represents the comprehensive mapping of a cannabis plant's complete DNA blueprint, identifying all genetic markers across its entire chromosomal structure. Unlike targeted genetic testing, WGS captures the full sequence of nucleotides and enables researchers to identify both known and novel genetic variations across all 10 cannabis chromosomes. This technology has become increasingly accessible to breeding programs seeking to understand phenotypic expression, disease resistance traits, and cannabinoid/terpene synthesis pathways at the molecular level. WGS data serves as a reference foundation for downstream genomic tools like SNP arrays and marker-assisted selection. Breeders and seed banks use sequencing data to build genetic databases, verify strain authenticity, and accelerate trait identification in breeding objectives.

WGS provides breeders with high-resolution genetic maps for identifying trait-linked markers, accelerating selection cycles, and making informed crosses. This data foundation enables precision breeding strategies without relying solely on phenotypic observation across multiple generations.