Antioxidant Pathways

Antioxidant pathways refer to the biochemical mechanisms cannabis plants employ to manage oxidative stress and protect cellular structures. These pathways involve compounds like polyphenols, flavonoids, and carotenoids working in concert to neutralize reactive oxygen species (ROS). Breeders and researchers studying cannabis genetics have documented variation in antioxidant capacity across cultivars, suggesting heritable differences in expression of stress-response enzymes and secondary metabolites. Understanding these pathways is relevant to preservation, stability during storage, and plant resilience under environmental pressure. Lineage records and phytochemical studies increasingly profile cultivars for antioxidant compound diversity as a marker of genetic complexity.

Breeders working with stress tolerance and long-term genetic stability often track antioxidant profiles to select for plants with robust cellular defense systems. Cultivars with elevated antioxidant capacity may show improved resilience to environmental stressors and potentially better preservation of cannabinoids and terpenes during storage.