Higher plant-gamma type biological transcription factor synergist

Abstract

A higher plant-gamma type biological transcription factor synergist disclosed in the invention comprises a B-JTE pump factor, a disease resistance factor, a cell stabilizing factor, a fruit expanding factor, a calcium factor, rare earth elements and a selenium element; the higher plant-gamma type biological transcription factor synergist is a biological high-molecular polymer biochemically synthesized through fermenting microbes, and is a high-molecular polymerized amino acid synthesized from the microbes; and the content of the B-JTE pump factor is 5-50%, the content of the disease resistance factor is 3-12%, the content of the cell stabilizing factor is 20-50%, the content of the fruit expanding factor is 5-15%, the content of the calcium factor content is 2-18%, the content of the rare earth elements is 2-25%, and the content of the selenium element is 1-3%. The synergist regulates the microenvironment and the structure of soil, reduces the loss of water and soil nutrients, has a sustained-release effect through the interaction of water and fertilizers, improves the utilization rate of water and the fertilizers, reduces the surface water and groundwater pollution caused by fertilizer and pesticide loss, reduces the agricultural production cost, and improves the yield and the quality of crops.

Description

technical field [0001] The invention relates to the field of agricultural chemical fertilizers, in particular to a higher plant-γ-type biological transcription factor synergist. Background technique [0002] my country is a large agricultural country, and chemical fertilizers are the material guarantee for the sustainable development of agriculture and the basis for increasing grain production. The practice of the world's agricultural development has proved that the application of chemical fertilizers is the fastest, most effective and most important measure to increase agricultural production. Since 1980, the amount of chemical fertilizers used in my country has grown at an average annual rate of 4%, which has far exceeded the international average level. At present, my country has become the world's largest producer and consumer of chemical fertilizers. Although the arable land area only accounts for 7% of the world's total arable land area, the amount of fertilizer appl...

AI Technical Summary

Problems solved by technology

The massive loss of chemical fertilizers has caused a series of serious environmental problems. In some areas of highly intensive agriculture in the north, the irrational application of nitrogen fertilizers has caused groundwater nitrate to exceed the standard, and some areas even reached 100% seriously exceeded the standard.