Delta Nueve

Delta Nueve is an algae-based stimulator that stimulates flowering.

It increases the enzymatic and protein activity that determines the biosynthesis of cannabinoids, especially THC.

The content of natural cytokinins, auxins and giberilins stimulate cell division and the biosynthesis of proteins and enzymes. Cytokinins are involved in all phases of plant growth, from root formation to the development of stems, leaves and fore buds. The influence on cannabis is notable, especially when it comes to stimulating and favoring defense processes against stress, which causes greater production of resins loaded with cannabinoids without appreciable impairment in performance as each individual develops a higher tolerance.

Betaines, polyamines and oligosaccharides are also involved in stimulating cellular metabolism. They mainly promote the osmotic balance of cells while protecting them, providing better functionality without noticeable cellular deterioration. On the other hand, polyamines and oligosaccharides are produced naturally by plants and the little that is known is that they promote the production of ethylene that influences the improvement of quality, floral maturation, aroma and flavor, at the same time. that reduce the extra energy expenditure involved in the manufacturing of these substances by the plant, when they are supplied from outside.

General biostimulation of all metabolic processes in Cannabis sativa L, through the selective incorporation of the right and precise substances for this plant species.

Promoting and facilitating the production of terpenes and precursor cannabinoids (Geranyl Pyrophosphate and Cannabinogerol, mainly) of the biosynthesis of THCA (Tetrahydrocannabinolic Acid).

Two specific substances act as substrate ferment cofactors in the enzymatic catalysis of THCA, increasing the production of this enzyme.

Activation and selective stimulation of the enzymatic protein “THCA synthase”, essential for the production of THC.

Suitable for foliar, soil and hydroponic application.