Metabolic Stability

Metabolic stability refers to a terpene's resistance to degradation through oxidation, heat exposure, and microbial breakdown during storage and cultivation. In cannabis breeding contexts, terpene stability is relevant to preservation of volatile compounds across the supply chain—from harvest through consumer packaging. Breeders and cultivators tracking terpene retention often monitor environmental factors like light, temperature, and humidity to minimize losses. Certain terpene profiles are commonly associated with greater or lesser stability depending on their chemical structure and saturation levels. This trait intersects with post-harvest handling, genetics-driven expression patterns, and storage methodology rather than being a primary breeding selection criterion. Understanding terpene stability helps contextualize why fresh flower and processed products may show different aromatic

Breeders working in preservation-focused genetics may select for cultivars known to retain robust terpene expression across storage cycles. Metabolic stability also informs strain selection for processors targeting consistent terpene profiles in concentrates and distillates.