Snp Analysis

SNP (Single Nucleotide Polymorphism) analysis is a molecular genetics technique used to identify individual point mutations in cannabis DNA sequences. By mapping these single-base variations across the genome, breeders can develop genetic markers linked to traits of interest—such as cannabinoid ratios, terpene profiles, flowering time, or disease resistance. SNP panels have become increasingly important in modern cannabis breeding programs, enabling rapid genotyping of seedlings and parent plants without waiting for phenotypic expression. This approach accelerates selective breeding cycles and helps document genetic diversity within strain families. SNP analysis also supports seed authentication, parentage verification, and population genetics research in regulated breeding contexts.

Breeders use SNP markers to make informed crosses, screen large seedling populations efficiently, and track genetic segregation of target alleles across generations. Genomic tools like SNP arrays allow quantitative breeding decisions based on genotype rather than phenotype alone.