From Preservation to Deeper Understanding
NorCal Seeds & Genetics is advancing the scientific characterization and validation of selected genetic resources through genomic analysis, chemical and metabolomic characterization, phenotypic observation and other research approaches.
This work connects decades of physical genetics and breeding intelligence with modern scientific evidence, helping deepen understanding of genetic identity, diversity, relationships, characteristics and distinctiveness.
On this page
01Scientific Characterization
Building Evidence Around Genetic Resources
Scientific characterization adds new layers of understanding to preserved genetics. NSG’s research and validation program is designed to build a more robust body of evidence around selected genetic accessions by connecting scientific information with provenance, lineage, breeding history and firsthand observations.
As this work progresses, NSG is creating a more structured and scientifically supported understanding of the resources within its repository.
02Genomic Characterization
Understanding Identity, Relationships & Diversity
Genomic analysis provides another lens for examining cannabis genetics. NSG uses genomic characterization to deepen understanding of selected genetic resources, including:
Identity
Relationships
Diversity
Genetic distinctiveness
When combined with breeding history, provenance and other forms of characterization, genomic information contributes to a more complete picture of individual accessions and the broader genetic resource.
03Chemical & Metabolomic Characterization
Adding New Layers of Evidence
Chemical and metabolomic characterization can provide additional information about the characteristics expressed by selected genetics.
NSG is integrating these forms of analysis with other scientific and historical information to build a multidimensional understanding of selected genetic resources.
04Phenotypic Observation
Connecting Genetics With Plant Expression
Decades of breeding and cultivation have produced extensive firsthand observations about how cannabis genetics express themselves. Phenotypic observation helps connect real-world plant characteristics with other layers of information, including breeding history, genomic analysis and chemical characterization.
Together, these perspectives can deepen understanding of how genetics relate to observable traits and performance.
05Genetic Diversity & Distinctiveness
Understanding Relationships & Differences
One of NSG’s central scientific priorities is building a deeper understanding of the diversity represented within its genetic resource.
Scientific characterization can help evaluate relationships and differences among selected accessions and contribute evidence around genetic identity and distinctiveness.
This work strengthens NSG’s ability to document the resource based not simply on the quantity of genetics preserved, but on the diversity and differentiation represented within it.
06Research & Future Utility
Creating New Possibilities Through Understanding
As NSG’s genetic resources become more thoroughly documented and scientifically characterized, their potential utility expands. Deeper understanding of genetic identity, relationships, traits and distinctiveness can support future research, trait discovery, breeding innovation and genetic improvement.
Research underway
Work in progress on selected accessions, reported as it is cleared for public release.
Capabilities in development
Genetic-marker identification, marker-assisted breeding and selection, and future intellectual-property development.
Demonstrated findings
Results that have been scientifically demonstrated. NSG distinguishes these from the two above, deliberately and in every statement it makes.
07Findings & Publications
Sharing What We Learn
As NSG’s scientific work progresses, approved non-confidential research, findings, presentations and other scientific materials will be shared through Publications.
Connect With NSG
For scientific, research, institutional, industry, media and speaking inquiries.