Chromatography Data

Chromatography data refers to analytical results obtained through gas chromatography (GC) or liquid chromatography (LC) testing, which separates and quantifies cannabinoid and terpene profiles in cannabis samples. These measurements provide objective chemical fingerprints of a strain, documenting the presence and concentration of compounds like THC, CBD, CBN, and major terpenes. Chromatography results form the foundation of strain documentation in breeding programs, allowing geneticists to track chemical consistency across generations and identify parent plants with desired compound profiles. Unlike sensory descriptors, chromatography data is reproducible and standardized, making it essential for both research and strain verification. Breeders and seed banks increasingly reference chromatography profiles to distinguish strains and support lineage claims with measurable chemical evidence.

Breeders use chromatography data to select parent plants with stable cannabinoid ratios and terpene signatures, ensuring offspring inherit predictable chemical profiles. This analytical approach supports selective breeding for specific cannabinoid types (THC-dominant, CBD-dominant, balanced) and desirable terpene combinations.