CANNAZYM is a high-quality enzyme product that speeds up the process of breaking down dead root material and activates beneficial micro-organisms. CANNAZYM also helps plants take up nutrients and increases the resistance against diseases. Enzymes are substances that speed up the reactions in living organisms. For example, enzymes play a vital role in our digestion.
In a root system that functions well, roots die and new roots are formed. The remains of roots that died from an ideal growing substrate for pathogenic organisms. After the pathogenic molds have multiplied in the dead root material, they are a threat to the healthy roots. These are easily affected and will lose an important part of their function. This causes stress to the entire plant and stunts any new growth.
The Enzymes in CANNAZYM have many benefits:
They turn dead roots into minerals and sugars. This is important because these minerals and sugars make up a valuable source of nutrients for the plant and micro-life. It improves the uptake of nutrients and the plant’s defense system. Also, vitamins stimulate the production of hormones.
They help form new roots. The easy-to-absorb vitamins in CANNAZYM also stimulate the plant to form new roots. This increases the health of the plant.
CANNAZYM prevents bacteria and harmful mold. Dead roots form an ideal environment for molds. They are a threat to healthy roots. The molds cause stress to the entire plant and stunts any new growth. Also, CANNAZYM prevents rotting, so there is no formation of toxic substances and the risk of a disease is considerably reduced.
CANNAZYM improves the soil environment. A fast breakdown of root remains creates a balanced hydrological regime and good aeration in the root environment.
CANNAZYM is indispensable if you are going to reuse substrates for growing. The root remains will be rapidly broken down and transformed into advantageous nutrients; infections will be prevented and the air/water relation in the root environment will be improved. You can use CANNAZYM during the whole growth cycle.