Enzymatic Conversion

Enzymatic conversion refers to the metabolic processes by which cannabis plants transform precursor molecules into secondary metabolites, including terpenes and cannabinoids. This biochemical pathway is mediated by plant enzymes—proteins that catalyze specific chemical reactions—and is influenced by genetics, environmental conditions, and developmental stage. Breeders and researchers study enzymatic conversion patterns to understand how terpene and cannabinoid profiles develop during cultivation. The efficiency and timing of these enzymatic pathways directly affect the final aromatic and chemical composition of harvested material. Documentation of enzymatic conversion in lineage records helps breeders predict and stabilize desired metabolite outcomes across generations.

Breeders working with enzymatic conversion focus on selecting plant genetics that reliably activate specific metabolic pathways, producing consistent terpene and cannabinoid profiles. Understanding these biochemical processes allows cultivators to optimize growing conditions—light, temperature, nutrient timing—to support desired enzymatic activity during flower development.