1.Promotes rooting;induces flowering;improves fruit setting rate
2. Improves the utilization rate of fertilizer and pesticide
3. Reduces the harm on plants caused by excessive application of fertilizer and pesticides
4.Promotes rapid fermentation of soil and solves a variety of soil-relate problems
5.Activates recessive genes in plants to stimulate balanced growth
6. Improves plant stress resistance and greatly increases production
7.Rapidly degrades phytotoxicity and fertilizer damage in plants to invigorate them
8. Enters the plant cells directly without being affected by photosynthesis,engages in synthesis of plant proteins
9, The speed of infiltrating plant cells is faster than that of chemical products Meanwhile,pesticides,various types of trace elements and other nutrients are dragged in,alleviating nutrient deficiency in plants
10. Eliminates obstacles to successive cropping and assures high yield in plants
11. Increases the effects of hormone products and eradicates emerging overreaction due to excessive hormone
12.Reinforces the dwarfing effect when mixed with chlormequat chloride
13. improves various physiological functions and enzyme system activity in plants
14. Stimulates plant instincts and recessive genes,such as repelling pests and avoiding the infestation of harmful substances
Promotes the synthesis of plant proteins and the automatic balance of plant biomass
16,Mixes with urea,compound fertilizer,seaweed,chitin organic fertilizer and all kinds of pesticides to improve utilization and effectiveness
17 Organic polypeptidase activity promoter makes planting easier.We hope to work in partnership with friends in the agricultural industry to maintain healthy soil and food safety
1.1 Without conversion, the promoter can be absorbed directly into the plant circulatory system to exert its biological functions.
1.2 Rapid absorption. As it is absorbed as rapidly as a rocket, it is widely known as “biological missile”, which rapidly passes through cell membranes, enters into plant cells and participates in plant protein synthesis, rapidly exerting its physiological and biological functions.
1.3 It features 100% absorption and even 100% bioavailability.
1.4 It features active absorption. For plants which are unable to grow well due to defects, disorders and damages of the absorption system caused by stresses, droughts, and fertilizer and pesticide damages, polypeptidases are characteristic of active absorption and stress absorption. These are of great importance in poor growth, nutrient deficiency, weak seedlings and diseases.
1.5 It features preferential absorption. Absorption of polypeptidases takes precedence over that of their competitors, commonly used materials. This is tied to active absorption, its another feature.
1.6 For polypeptidase absorption, it is characteristic of no need for energy consumption and addition of functional burden to the crops. Polypeptidases per se are very strongly active and energetic, and thus their active absorption and stress absorption are what their own activity and energy are functioning. Therefore, when the promoter is being absorbed, it is not absorbed on the premise that the plant consumes its own energy, but in the fact that polypeptidases allow organisms to absorb it with their own energy. It thus appears that its such outstanding feature is of great value and significance in crops which grow poorly and are greatly affected by the living environment.
1.7 Polypeptidases function as a vector, which can absorb, adhere and load commonly used fertilizers and nutrients, especially helpful trace elements, e.g., calcium, to the promoter itself.
1.8 Polypeptidases can function as means of transport in organisms, which absorb a variety of nutrients necessary for the plant at ordinary times to the promoter itself, and then transport them to all cells, tissues and organs to be absorbed and used along with the promoter, exerting their respective functions. This is why people now use polypeptidases as one of the ingredients of pesticides and fertilizers worldwide, and the aim is to enhance the efficacy and the absorption and utilization of fertilizers.
1.9 The absorbed polypeptidases can act as messengers. As nutrient transmitters, they deliver messages, direct the crop, exert their own functions, and maintain the overall effect of the crop itself to make it stronger. In brief, the absorption mechanism of polypeptidases greatly differs from that of any other substances. The absorption mechanism of polypeptidases is very special and not a follower of others, so to speak. Polypeptidases precede all substances in the absorption mechanism. Therefore, discovery of their mechanism is of vital significance in the physical health of the crop, and such absorption mechanism should be used to improve healthy growth and reproduction of the crop to a new level. This is also where the significance of great discovery of the absorption mechanism of polypeptidases lies in.
Polypeptidases act as a controller of the growth, development, immunoregulation and metabolism of the organism, make the crop balanced, have a very active effect on enhancing the plant’s own function, and function as a normal growth promoter for crops which grow and develop slowly and even cease physiologically. For crops with vegetative growth and reproduction and growth disorders, polypeptidases also play a role in a balanced growth.