Enzymatic Cofactors

Enzymatic cofactors are non-protein molecules and metal ions that facilitate biochemical reactions in cannabis tissue, including photosynthesis, respiration, and secondary metabolite synthesis. Common cofactors include magnesium (chlorophyll center), iron (electron transport), zinc (protein function), and cofactor molecules like NAD+ and NADP+. These compounds don't directly produce cannabinoids or terpenes but enable the enzymatic machinery required for their biosynthesis. Breeders and cultivators monitor nutrient availability and soil chemistry to ensure adequate cofactor availability, as deficiencies can impair plant vigor and metabolite expression. Understanding cofactor dynamics is foundational to crop nutrition strategies and phenotype stability across growing seasons.

Plant geneticists and cultivators use cofactor knowledge to optimize nutrient regimens and predict how mineral availability influences secondary metabolite accumulation. Breeding programs tracking enzymatic efficiency may correlate cofactor availability with cannabinoid or terpene yield in specific genetic backgrounds.