Oxidation
Oxidation in cannabis genetics refers to the chemical processes where cannabinoids and terpenes react with oxygen, light, and heat over time. This family of changes includes browning of plant material, degradation of THC to CBN, and loss of volatile aromatic compounds. Understanding oxidation is critical for breeders working on preservation, stability, and shelf-life traits in seed and flower storage. Genetics can influence how quickly or slowly a plant's compounds oxidize post-harvest, making this a relevant breeding consideration for commercial operations. Environmental factors—humidity, temperature, and light exposure—interact with a strain's inherent chemistry to determine oxidation rates.
Oxidation strains
No strains tagged into Oxidation yet — they'll appear here as breeders submit lineage records under this family.
Oxidation in cannabis genetics refers to the chemical processes where cannabinoids and terpenes react with oxygen, light, and heat over time. This family of changes includes browning of plant material, degradation of THC to CBN, and loss of volatile aromatic compounds. Understanding oxidation is critical for breeders working on preservation, stability, and shelf-life traits in seed and flower storage. Genetics can influence how quickly or slowly a plant's compounds oxidize post-harvest, making this a relevant breeding consideration for commercial operations. Environmental factors—humidity, temperature, and light exposure—interact with a strain's inherent chemistry to determine oxidation rates.
Breeders focused on seed longevity and post-harvest stability often select for genetics that show slower oxidation rates or more stable cannabinoid profiles under storage stress. Strains bred for extended storage viability may carry traits that reduce pigment breakdown and cannabinoid conversion.
Educational reference · Cultivar metadata only · No medical claims