Enzymes, also known as enzymes, are a kind of biocatalysts. There are thousands of enzymes in organisms. They control many catalytic processes such as metabolism, nutrition and energy conversion. Most of the reactions closely related to life processes are enzymatic reactions. Without the participation of enzymes, metabolism can hardly be completed and life activities can not be maintained at all.



Organisms are made up of cells, each cell shows various life activities because of the existence of enzymes, and the metabolism of the body can be carried out. Enzymes are the catalysts of metabolism in human body. Only when enzymes exist can all kinds of biochemical reactions be carried out in human body. The more enzymes and completeness in the human body, the healthier its life will be. Life ends when there are no active enzymes in the human body. Most human diseases are related to enzyme deficiency or synthesis disorders.



Enzymes enable the digestion and absorption of food eaten by the human body, and maintain all functions of the viscera, including cell repair, anti-inflammatory detoxification, metabolism, immunity enhancement, energy generation, blood circulation and so on. Enzymes dominate all functions of the viscera and cells. Without enzymes, there would be no life!



Enzymes are widely used in human physiology and medicine, such as trypsin and chymotrypsin, and in daily life, such as washing powder, toothpaste, yeast and so on. Enzymes also play a vital role in industrial production, such as adding enzymes in fertilizer production.



Professor Sun Liwen, the inventor of polypeptide double enzymes, studied the particularity of plant growth science through the universality of human life science, thus developed and produced the "enzymes" needed by plants. This kind of enzymes are produced by microbial fermentation. Generally, it is necessary to select and breed the required strains under suitable conditions so that they can reproduce and obtain a large number of enzymes.



Enzymes have the functions of activation, catalysis and regulation.



The relationship between biological bacteria and enzymes



Biological bacteria continuously release endogenous natural auxins, such as cytokinins, gibberellins, indole acetic acid and enzymes, to promote plant growth. Enzymes secreted in turn promote the reproduction of biological bacteria in the soil.



The relationship between biological bacteria and biological enzymes is like that between earthworms and earthworm dung. Biological bacteria produce enzymes in their reproductive activities. Plants can absorb earthworm dung but not earthworms.



If biobacteria are the size of a football ball, their enzymes are only the size of a table tennis ball.



The Concept of Enzymatic Fertilizer



By adding enzymes to fertilizers such as urea, diammonium, organic fertilizer, medium and trace element fertilizer and compound fertilizer, the amount of chemical fertilizer can be reduced, the absorption and utilization rate of nutrients can be increased, the transformation of nutrients in plants can be accelerated, the pollution of soil fertilizer and pesticide damage can be reduced, the soil can be improved, the yield can be increased, the quality can be improved, the premature maturity can be advanced, and the premature senility can be resisted. Such fertilizers are collectively referred to as enzymatic fertilizers.



Enzyme fertilizer activates life factors and promotes plant metabolism. Fruit matures and goes on the market in advance with good benefits.

Enzyme fertilizer can improve crop quality: good taste, good color, beautiful appearance, high sales price of crop products;

Enzyme fertilizer can delay plant senescence, fundamentally solve the problem of fresh-keeping of agricultural products, and can prolong fruit picking period and increase yield.



Enzyme fertilizer has obvious effects of stress resistance, drought resistance, cold resistance, alkalinity resistance and abnormal weather resistance, so as to increase crop yield, especially if continuous rainy or bad weather lasts for a long time, the effect of increasing crop yield is more obvious, thus avoiding the reduction of crop yield and disasters caused by harsh natural conditions.

Enzyme fertilizer can achieve nutritional balance and digest and absorb nutrients better.