Method for preparing auxin

Abstract

The invention discloses a method for preparing auxin, which comprises the following steps of: preparing nucleic acid from byproduct mycelia of a fermentation plant, hydrolyzing with the nucleic acid to prepare a nucleotide salt and a deoxynucleotide salt, and then mixing the nucleotide salt, the deoxynucleotide salt and an auxiliary agent uniformly. The raw materials are extensive, and the method is simple and convenient.

Description

technical field [0001] The invention relates to a method for preparing auxin, in particular to a method for preparing fertilizer. Background technique [0002] The current planting industry mainly relies on the application of nitrogen, phosphorus, potassium fertilizers and organic fertilizers to promote the growth of crops. Excessive application of fertilizers has a great impact on the quality and flavor of crops, which is not conducive to the development of green agriculture and food safety and environmental protection. Therefore, people have studied auxins, auxins, and fertilizers related to nucleic acids. Theoretically speaking: Nucleic acid is the basic substance of life and the basis of material metabolism and energy metabolism. Differences in the nature and quantity of nucleic acid can lead to the diversity of biological species and growth states. For the same kind of living organisms, the difference in the amount and form of nucleic acid determines the strength of th...

AI Technical Summary

Problems solved by technology

Therefore, nucleic acid substances have an irreplaceable effect on the yield improvement and product quality improvement in crops and even in the production of the whole plant kingdom; Step is: 1., extract nuclease, 2., dissolve ribonucleic acid (alkali solution), 3., the hydrolysis of nucleic acid, must contain the multiple nucleic acid small molecules such as nucleoside, nucleotide, purine, pyrimidine and a small amount of reducing sugar And very few large, medium and trace elements. This method uses ribonucleic acid as raw material and enzymatic hydrolysis, which has high production costs, incomplete degradation, very little deoxynucleotide content, and nucleotide salt yield in the mixed system. Low, the ratio of various nucleotide salts and deoxynucleotide salts is out of balance, which has a great impact on the use effect