The unique feature of Longpu collagen peptide organic fertilizer is that it maintains the original 20 nutrients such as glycine, proline, and hydroxyproline in animal skin and bone, as well as the small peptide collagen chains of various biological amino acids such as aminobutyric acid produced by low-temperature enzymatic hydrolysis. There are many types of amino acids and a wide range of nutrients, and the peptide like protein chains provide slow and balanced nutrition supply. The small molecular weight peptide chains have a synergistic nutritional effect. Doubling the direct absorption of nutrients by plants, it can provide nutrients directly to plants in environments where they have fallen leaves or do not have nutrient conversion at low temperatures, enriching energy reserves for plant nutritional and reproductive growth.

The low-temperature enzymatic hydrolysis process of Longpu collagen peptide organic fertilizer is also a process of biological bacterial reproduction and growth. A large number of biological bacteria produce a large amount of beneficial microbial biomass by regulating different genes. These substances are used in the soil and act around the plant roots, promoting the physiological metabolism of plants and improving the environment for healthy plant growth. Of course, plants will grow with deep roots and lush leaves, full of fruit fragrance, and quality return, increasing yield and income.

Longpu collagen peptide organic fertilizer carries a sufficient amount of protein organic matter, which also nourishes the growth of soil microorganisms such as earthworms, improves soil permeability and particle structure, making the soil healthy, and can maintain water and fertilizer, achieving less fertilizer and water conservation.

The short peptide of Longpu collagen peptide organic fertilizer has many hydroxyl chains, surrounded by many binding groups and strong chelation with metal ions, making large, medium, and trace elements easily absorbed and improving fertilizer utilization. It has a multiplier effect on the supply of inorganic elements compared to monomers, as well as a reduction in the use of large chemical fertilizers. At the same time, it also chelates the toxicity of heavy metals to the soil.

The small molecule peptides of Longpu collagen peptide organic fertilizer have signal transduction functions in plant growth and development, realizing signal communication between cells. When plants are damaged, they activate protease inhibition genes on the surface of the system, and the corresponding short chain combination protein peptides quickly form protease inhibitors in the plant's endogenous system to defend against the erosion of diseases, demonstrating the biological autonomous effect of less pesticide application in plants.

The unique low-temperature enzymatic hydrolysis process of Longpu collagen peptide preserves over 20 types of amino acids originally present in animal skin and bones, as well as biological amino acid peptide chains such as aminobutyric acid produced during enzymatic hydrolysis. This makes it more superior to fish, seaweed, and soybean amino acid types, and compared to monomeric amino acids and unsaturated protein hydrolyzed amino acid fertilizers, its diverse and multifaceted amino acid peptide chains have unparalleled functionality in providing nutritional supply to plants.

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