Antioxidant Metabolism

Antioxidant metabolism refers to the plant's biochemical systems for producing and managing compounds that neutralize oxidative stress. Cannabis plants naturally synthesize polyphenols, flavonoids, and other secondary metabolites as part of stress response and cellular protection. These compounds accumulate in varying concentrations depending on genetics, growing conditions, and harvest timing. Breeders working in this category often select for phenotypes that express robust antioxidant profiles, measurable through terpene diversity and phenolic compound presence. Understanding antioxidant metabolism is important for characterizing plant vigor, resilience, and phytochemical expression across lineages. This family bridges plant physiology with cannabinoid and terpene biochemistry.

Breeders track antioxidant expression as a marker of plant health, stress resilience, and secondary metabolite complexity. Lineages selected for strong antioxidant metabolism often show enhanced vigor under environmental pressure and more complex aromatic/flavor profiles.